Type 97 light machine gun

The Type 98 light tank Ke-Ni (九八式軽戦車 ケニ, Kyuhachi-shiki keisensha Ke-Ni) or Type 98A Ke-Ni Ko (also known as Type 98 Chi-Ni light tank) was designed to replace the Imperial Japanese Army's Type 95 Ha-Go light tank, Japan's most numerous armored fighting vehicle during World War II. Although designed before World War II, production did not start until 1942, with 104 being produced by the end of the war.

Type IV collagen

yes

Prototype Type 97 Chi-Ni

Type II lattice

*Diesel-electric
*1 × diesel engine
*1 × electric motor

Exporter, the first C3 ship to be completed. Shown in 1943, after conversion by the US Navy to .

Type III iodothyronine deiodinase

Type 99 Rifle

The Type 100 submachine gun (一〇〇式機関短銃, Hyaku-shiki kikan-tanjū) was a Japanese submachine gun used during World War II, and the only submachine gun produced by Japan in any quantity. It was made in two basic variants referred to by American and British observers as the Type 100/40 and the Type 100/44, the latter also known as the Type 100 (Simplified). A third variant was a folding version of the early model, sometimes referred to as the Type 100 Navy, made for parachutists.

The Type 93 mine was a circular Japanese landmine used during the Second World War. It entered service in 1933. It used a simple fuze with a variable activation pressure, achieved through the use of different thickness shear wires. The main charge could be supplemented with additional explosives buried under the mine.

Traveling

*2 × Kampon Mk.23B Model 8 diesels
*1,850 bhp surfaced
*1,200 shp submerged
*2 shafts

The Type D escort ships (丁型海防艦, Tei-gata kaibōkan) were a class of ships in the service of the Imperial Japanese Navy during World War II. The Japanese called them "Type D" coast defence ships, and they were the sixth class of Kaibōkan (Kai = sea, ocean, Bo = defence, Kan = ship), a name used to denote a multi-purpose vessel.

A Type 98 20 mm cannon at the China People's Revolution Military Museum. Note the gun has no magazine fitted.

Type 98A Ke-Ni light tank

United States Maritime Commission

Type 94 Pistol

The Type 97 motorcycle, or Rikuo, was a copy of a Harley-Davidson motorcycle produced with a sidecar from 1935 in Japan under license from Harley-Davidson by the Sankyo Company (later Rikuo Nainen Company). Some 18,000 of the machines were used by the Imperial Japanese forces during World War II. A variation was also manufactured without a side car, called the Type 93.In the years after World War I, Harley-Davidson's US sales declined while dozens of US motorcycle brands went under, primarily as a result of the decline in the price of the Ford Model T car, triggering a national shift from motorcycles to cars for cheap transportation. Harley-Davidson sought to make up the lost sales abroad and was selling 2,000 units per year in Japan by the middle of the 1920s. In 1932 Harley-Davidson licensed Sankyo Trading Company to build complete motorcycles in Japan, under the name Rikuo, which meant King of the Road.

Type 92 105 mm cannon

Type 917 rescue ship is a type of rescue and salvage ship developed by China for its People's Liberation Army Navy (PLAN). A total of two ships have entered service by mid-2014, and more units are planned.Type 917 is the first ship in PLAN to adopt a trimaran hull.

Type IIb diamond

Type H/PJ38 130 mm naval gun

interrupted thread, drop breechblock

Transport submarine

Type 98 20mm AA Machine Cannon

The Type AM (A Modified) submarine (巡潜甲型改二潜水艦, Junsen kō-gata kai-ni sensuikan, "Cruiser submarine type A modified 2"), also called I-13-class submarine (伊一三型潜水艦, I-jū-san-gata sensuikan) was a pair of large, aircraft-carrying cruiser submarines built for the Imperial Japanese Navy (IJN) during World War II.

Type HE string

Type acting refers to an extension of the acting profession. It is characterised by the absence of spoken language, instead focusing on the manipulation of its reader through inventive writing and abstractions. The emergence of this art form has mainly been exclusive to the northern regions of Nepal.

Type IIB string theory

Type II sensory fibre

*as built
*2 × Type 3 mortars
*7 × Type 96 25mm AA guns

Type 984 radar was a British radar system introduced in the mid-1950s. It was a rotating mechanically stabilized 3D S band radar, measuring longitudinal position, latitudinal position, as well as target altitude, devised by the Admiralty Signals Research Establishment. It did this by creating a stack of vertically scanning beams.

bell crank

*Kaiser Shipyards of Richmond, California
*Kaiser Shipyards of Vancouver, Washington
*Sun Shipbuilding & Drydock Co. of Chester, Pennsylvania
*Bethlehem Sparrows Point Shipyard of Sparrows Point, Maryland

+45 to +80 degrees

Type 94 light armored car Te-Ke

Type 93 rifle

A Type 92, without shield, at the U.S. Army Field Artillery Museum, Ft. Sill, OK

Debra Siegel

Type C2-F ship

Type 94 75 mm Mountain Gun

Type A free agent

individual

Track

Type II collagen

Type 99 88 mm AA Gun

Type IIa supernova

Manchukuo Imperial Army

Type Control yongshin

United Kingdom

Type 90 24 cm Railway Gun

Type C6 ship

Type II supernova

T90 Machine Gun

* surfaced
* submerged

*13,700 miles
*9,400 miles
*16,200 miles

Type Approval

Type H string

Type C3-class ship

The Type 93 (九三式魚雷, designated for Imperial Japanese calendar year 2593) was a 61 cm (24 in)-diameter torpedo of the Imperial Japanese Navy (IJN), launched from surface ships. It is commonly referred to as the Long Lance by most modern English-language naval historians, a nickname given it after the war by Samuel Eliot Morison, the chief historian of the U.S. Navy, who spent much of the war in the Pacific Theater. In Japanese references, the term Sanso gyorai (酸素魚雷, lit. "oxygen torpedo") is also used, in reference to its propulsion system. It was the most advanced naval torpedo in the world at the time.

The Type 9 wooden anti-tank mine was an Italian bar type anti-tank mine used during World War II in North Africa. The box consisted of a lower section, containing the large warhead and fuzes and an upper, overlapping lid with two pivoting wooden covers that sat over the two fuzes. The fuzes were designed as a pivoting lever, and downward motion of the lid caused the lever to pull back a striker, compressing a striker spring until the pivoting action moved the lever enough to release the striker. The striker then impacted a blank cartridge, firing it, triggering a detonator charge, followed by the main charge.Used primarily at junctions and road-blocks, because of the width of coverage it provided, the mine sensitivity could be adjusted between approximately 20 pounds of triggering pressure to 500 pounds by inserting small wooden blocks under the rim of the lid.

Type 98 grenade

Type 94 37 mm gun

Type 96 Light Machine Gun

Type A flu

The Type A1 submarine (巡潜甲型潜水艦, Junsen kō-gata sensuikan, "Cruiser submarine type A"), also called I-9-class submarine (伊九型潜水艦, I-kyū-gata sensuikan) were a trio of aircraft-carrying cruiser submarines built for the Imperial Japanese Navy (IJN) during the 1930s. All three participated in the Pacific War and were lost.

Type IV collagen C4 domain

Type 92 semi-rimmed 7.7 mm

Type A submarine

Type II A string theory

Type II Diabetes

Type III Civilization

The Type 91 Hand Grenade (九一式手榴弾, Kyūichi-shiki Teryūdan) was an improved version of the Type 10 fragmentation hand grenade/rifle grenade of the Imperial Japanese Army. Although superseded as a hand-thrown weapon by the Type 97 by the start of World War II it was still used by units in the Second Sino-Japanese War and by reserve forces, as well as the Japanese Navy's Special Naval Landing Forces.

Type II cytokine receptors

Type 98 Chi Ho

Type 100/40

In statistical hypothesis testing, there are various notions of so-called type III errors (or errors of the third kind), and sometimes type IV errors or higher, by analogy with the type I and type II errors of Jerzy Neyman and Egon Pearson. Fundamentally, Type III errors occur when researchers provide the right answer to the wrong question.Since the paired notions of type I errors (or "false positives") and type II errors (or "false negatives") that were introduced by Neyman and Pearson are now widely used, their choice of terminology ("errors of the first kind" and "errors of the second kind"), has led others to suppose that certain sorts of mistakes that they have identified might be an "error of the third kind", "fourth kind", etc.None of these proposed categories has been widely accepted. The following is a brief account of some of these proposals.

*6 × bow torpedo tubes
*1 × deck gun
*2 × triple, 1 × single Type 96 anti-aircraft guns

The Type 97 Light armored car Te-Ke (九七式軽装甲車 テケ, Kyū-nana-shiki kei sōkōsha Teke) was a tankette used by the Imperial Japanese Army in the Second Sino-Japanese War, at Nomonhan against the Soviet Union, and in World War II. It was designed as a fast reconnaissance vehicle, and was a replacement for the earlier Type 94 TK.

Firing

*Yokosuka Naval Arsenal
*Fujinagata Shipyards
*Harima Zōsen Corporation
*Hitachi Zōsen Corporation
*Ishikawajima Heavy Industries
*Kawasaki Shipbuilding Corporation
*Mitsubishi Heavy Industries
*Tōkyō Ishikawajima Shipyard

Type 97 57 mm Tank Gun

Type IV (delayed) hypersensitivity

The Cruiser submarine Type-A (巡潜甲型潜水艦, Junsen Kō-gata sensuikan) was a class of submarine in the Imperial Japanese Navy (IJN), which served during the Second World War. The Type-A submarines were built to take a role of the command ships for submarine squadrons. For this reason they had equipment for a headquarters, better radio facilities and a floatplane.

*C6-S-1qa partial container ship
*C6-S-1w container ship
*C6-S-85a container ship
*C6-S-85b container ship

Type II toxin-antitoxin system

The Type 94 Nambu 8 mm Pistol (Type 94 Handgun, Japanese: 九四式拳銃 Kyūyon-Shiki Kenjū) is a semiautomatic pistol developed by Kijirō Nambu and his associates for the Imperial Japanese Army. Development of the Type 94 pistol began in 1929, and after several redesigns the final prototype was tested and officially adopted by the Japanese Army in late 1934 (Japanese calendar, 2594). The Type 94 pistol entered production in 1935.

Type III error

The Type 95 Heavy Tank.

Type II site-specific deoxyribonuclease

Osaka Arsenal

Type 97 grenade

Jiǔjiǔshì

Type C

A Type 95 SPAAA vehicle on display at the China People's Revolution Military Museum during the "Our troops towards the sky" exhibition

S band

Type A personality

The Type 95 75 mm field gun (九五式野砲, Kyūgo-shiki yahō) was a field gun used by the Imperial Japanese Army during World War II. It was intended to replace the Type 38 75 mm field gun and the Type 41 75 mm cavalry gun in front line combat units but, due to operational and budgetary constraints, only a small number were produced, and the Type 38 and Type 41 continued to be used. The Type 95 number was designated for the year the gun was accepted, 2595 in the Japanese imperial year calendar, or 1935 in the Gregorian calendar.

Type III factor

Type Acting

*as built
*110 tons freight
*I-373 in June 1945
*200 tons gasoline

Type IX U-boat

Type II factor

I-361 class

split-trail

The Type 99 88 mm AA Gun (九九式八糎高射砲, Kyūkyū-shiki hassenchi Koshahō) was an anti-aircraft gun used by the Imperial Japanese Army during World War II. The Type 99 number was designated for the year the gun was accepted, 2599 in the Japanese imperial year calendar, or 1939 in the Gregorian calendar.

Type AB

Type IIB

A Type 97 aircraft machine gun

Type 99a tank

The Type 99 (Chinese: 99式; pinyin: Jiǔjiǔshì) or ZTZ99 is a Chinese third generation main battle tank (MBT). The tank entered People's Liberation Army Ground Force (PLAGF) service in 2001.

Type 100

The Type 946 930 submarine rescue ship (NATO reporting name Dazhou (大舟, meaning Great Ark) class) is a type of coastal submarine rescue ship developed by China for the People's Liberation Army Navy (PLAN). A development designated as Type 946A is also in service with PLAN.

Type 984 radar

Type 97 motorcycle

Type 98 (disambiguation)

Type II Partnerships

National Revolutionary Army

standard

The experimental Type 98 Chi-Ho was an experimental prototype Japanese medium tank. It was developed on orders from the Imperial Japanese Army. It was completed in July 1939 (Showa 14). "Chi Ho" indicates that it is designated as the 5th (I, Ro, Ha, Ni, Ho) medium (Chi) tank.In the late 1930s, the Imperial Japanese Army was in search for a successor to the Type 89 Medium Tank.

Type 92 Model 2 Fighter

petrol

Type 91 (disambiguation)

Type 98A Ke-Ni

The Experimental Medium Tank Chi-Ni (試製中戦車 チニ Shisei-chū-sensha chini) was an experimental prototype Japanese medium tank. Initially proposed as a low-cost alternative to the Type 97 Chi-Ha medium tank, it was eventually passed over by its competitor.

Type II Cepheids are variable stars which pulsate with periods typically between 1 and 50 days.

Type IV tape

The Type C4 class ship were the largest cargo ships built by the United States Maritime Commission (MARCOM) during World War II. The design was originally developed for the American-Hawaiian Lines in 1941, but in late 1941 the plans were taken over by the MARCOM.Eighty-one ships were built as cargo or troopships in four shipyards: Kaiser Richmond, CA (35 ships), Kaiser Vancouver, WA (20 ships), Sun Shipbuilding and Drydock in Chester PA (20 ships) and Bethlehem Steel Sparrows Point MD (6 ships).All ships were capable of 17 knots, driven by a single screw steam turbine generating 9,900 shp.Among the variations of the design were the Haven class hospital ship.They were followed post-war by thirty-seven of the larger C4-S-1 class, also known as the Mariner class.

Type 98 anti-aircraft gun tank

Type 96 (disambiguation)

Type 97 Te-Ke
Ikegai air-cooled inline 4-cylinder diesel

The Type 92 battalion gun (九二式歩兵砲, Kyūni-shiki Hoheihō) was a light howitzer used by the Imperial Japanese Army during the Second Sino-Japanese War and World War II. The Type 92 designation was for the year the gun was accepted, 2592 in the Japanese imperial year calendar, or 1932 in the Gregorian calendar. Each infantry battalion included two Type 92 guns; therefore, the Type 92 was referred to as "battalion artillery" (大隊砲, Daitaihō).

Diesel

Type 95 Heavy Tank

Type A behaviour

Type 98 Showa Light Bomber

Type A Films is a film production company that came from an early nickname of Reese's - Little Miss Type A. Reese Witherspoon wanted to start her own company to be able to produce quality films for young women. Her success with Legally Blonde allowed Type A Films to expand and get more recognition in the industry. Before Jennifer Simpson became its president in 2002, she was the head of development and production for Barry Mendel Productions where on films, such as The Sixth Sense and The Royal Tenenbaums.

Front Blade, Rear fixed V

Type 98 Chi-Ho

Light, highly mobile pack artillery weapon suitable for horse or motor vehicle.

Type 97 Light Machine Gun

Type Declaration Character

None

Collagen IV (ColIV or Col4) is a type of collagen found primarily in the basal lamina. The collagen IV C4 domain at the C-terminus is not removed in post-translational processing, and the fibers link head-to-head, rather than in parallel. Also, collagen IV lacks the regular glycine in every third residue necessary for the tight, collagen helix. This makes the overall arrangement more sloppy with kinks. These two features cause the collagen to form in a sheet, the form of the basal lamina.

The Type 95 Heavy Tank was the final result of Japanese multi-turreted tank design, and was in commission during the time period between World War I and World War II. Modeled on German and Italian tank designs, this tank featured 2 turrets, the main armament being a 70 mm cannon, and its secondary front turret mounting a 37 mm gun and a 6.5 mm machine gun in the rear turret. Four prototypes were produced, in 1934.

straight telescopic

The Type 94 tankette (Japanese: 九四式軽装甲車 , Kyūyon-shiki keisōkōsha, literally "94 type light armored car", also known as TK that is abbreviation of "Tokushu Keninsha" that means special tractor was a tankette used by the Imperial Japanese Army in the Second Sino-Japanese War, at Nomonhan against the Soviet Union, and in World War II. Although tankettes were often used as ammunition tractors, and general infantry support, they were designed for reconnaissance, and not for direct combat.

Type 9 wooden anti-tank mine

Type 97 20 mm AT/AA Rifle

The Type C4 class ship were the largest cargo ships built by the United States Maritime Commission (MARCOM) during World War II.

Type HE

Type 100 submachine gun

Varied by design type

*As built :
*2 × /45 cal DP guns
*6 × Type 96 AA machine guns
*12 × Type 3 depth charge throwers
*1 × depth charge chute
*120 × depth charges
*From 1944 :
*as above, plus
*1 × mortar

Type C3 submarine

Horizontal sliding wedge

Type 93 torpedo

Type C3 submarine (disambiguation)

overall

Type 98 machine gun

I-6 diesel

Type III polyketide synthases

Type C print

In statistical hypothesis testing, there are various notions of so-called type III errors (or errors of the third kind), and sometimes type IV errors or higher, by analogy with the type I and type II errors of Jerzy Neyman and Egon Pearson.

The H/PJ38 is a new single barrel 130 mm gun of the Chinese Navy introduced on the Type 052D destroyer.

Type C2 submarine (disambiguation)

Type Conversion

Type 912 degaussing/deperming ship is a class of degaussing/deperming ship of the People's Liberation Army Navy (PLAN) with many derivatives. Type 912 is also the most numerous degaussing/deperming ship in PLAN (as of 2014).

Type IV hypersensitivity reaction

Type 99

The Type 92 10 cm Cannon (九二式十糎加農砲, Kyūni-shiki Jyū-senchi Kannohō) was a field gun used by the Imperial Japanese Army during the Second Sino-Japanese War and World War II. The Type 92 number was designated for the year the gun was accepted, 2592 in the Japanese imperial year calendar, or 1932 in the Gregorian calendar. The Type 92 cannon was intended to supersede the Type 14 10cm Cannon in front line combat service.

Type 97 Shinhoto Chi-Ha

Type 92

Type 99 Grenade

Type IIB superstring

Iron

Type 984 radar of HMS Victorious (R38)

Sliding horizontal breech

Type I Interferon

The I-361 class submarine (伊三百六十一型潜水艦, I-san-byaku-roku-jū-ichi-gata Sensuikan), also called Type-D submarine (丁型/潜丁型潜水艦, Tei-gata/Sen-Tei-gata sensuikan) or Sen'yu/Sen'yu-Dai type submarine (潜輸型/潜輸大型潜水艦, Sen'yu-gata/Sen'yu-Ōgata sensuikan) was a type of the 1st class submarine in the Imperial Japanese Navy serving during the Second World War.

*Sun Yards
*Western Pipe & Steel
*Federal Shipbuilding
*Moore Drydock
*Consolidated Steel Corporation

The experimental Type 98 Chi-Ho was an experimental prototype Japanese medium tank. It was developed on orders from the Imperial Japanese Army. It was completed in July 1939 (Showa 14). "Chi Ho" indicates that it is designated as the 5th (I, Ro, Ha, Ni, Ho) medium (Chi) tank.In the late 1930s, the Imperial Japanese Army was in search for a successor to the Type 89 Medium Tank. The experimental Type 97 Chi-Ni medium tank was considered as meeting the requirement of a "light and low-cost tank which can be deployed in large numbers"; while the Chi-Ha (later the Type 97 Chi-Ha) was thought as the more effective fighting vehicle. With the outbreak of the Sino-Japanese war, the army`s budget drastically increased which resulted in the contest over which was to become the successor, with the Chi-Ha being selected.However, the army chief staff did not give up on the idea of a low-cost light tank and thus this vehicle was developed. By being completed in Showa year 14 (Imperial year 2699) the naming convention at the time would suggest the tank being named the type 99 but the unofficial type 98 name probably stuck after regular use by those involved in the tanks planning.

Type III hypersensitivity occurs when there is accumulation of immune complexes (antigen-antibody complexes) that have not been adequately cleared by innate immune cells, giving rise to an inflammatory response and attraction of leukocytes. Such reactions progressing to the point of disease produce immune complex diseases.

Type 91 grenade

Type 95 recon car

Type II cytokine receptors are transmembrane proteins that are expressed on the surface of certain cells, which bind and respond to a select group of cytokines. These receptors are similar to type I cytokine receptors except they do not possess the signature sequence WSXWS that is characteristic of type I receptors.

Chinese Red Army

Type D submarines

*two boilers, two turbines single propeller 6,000shp or
*diesel engines

Type 94 37 mm Anti-tank gun

The Type 94 90 mm mortar was a 90 mm smoothbore infantry mortar, introduced in 1935, used by the Japanese in World War II. The Type 94 designation was given to this gun as it was accepted in the year 2594 of the Japanese calendar (1934).

Type 92 Kyu-Sokosha

Four

Mitsubishi Franklin air-cooled inline 4-cylinder Gasoline

Mitsubishi A6120VDe air-cooled inline 6-cylinder diesel

Type 91 Hand Grenade

*I-361-class
*I-372-class
*I-373-class

Type C4 and C5 class ships

Heavy Tank

The Type 94 75 mm Mountain Gun (九四式山砲, Kyūyon-shiki nanagō-miri Sanpō) was a mountain gun used as a general-purpose infantry support gun by the Imperial Japanese Army during the Second Sino-Japanese War and World War II. It superseded the Type 41 75 mm Mountain Gun to become the standard pack artillery piece of Japanese infantry divisions. It was superior to Type 41 in range and in weight.

Type 905 replenishment ship

Type A (disambiguation)

Type A Gastritis

API Blowback

The Type 98 Hand Grenade (九八式柄付手榴弾, Kyūhachi-shiki etsuki teryūdan) was a fragmentation hand grenade deployed by the Imperial Japanese Army during World War II. It operated similarly to the German Model 24 stick grenade.Copied by the Chinese National Revolutionary Army in World War II as the Type 23, and later used by the Chinese Communists, who supplied the locally manufactured Type 67 to the NLF and People's Army of Vietnam.

Panoramic

Type 91 torpedo revision 2

Type 97 Chi-Ni

Type IIA string

Type 904 dive tender is a class of Chinese dive tender in service with the People's Liberation Army Navy. Type 904 shares the same hull of Type 991II Youdian class cable layer, but the original design encountered difficulty when the development of domestic Chinese saturation diving support system stalled. Decision was made to import such system from abroad, with French system eventually selected.

Type 97 20 mm AT Rifle

Type A Films is a film production company that came from an early nickname of Reese's - Little Miss Type A. Reese Witherspoon wanted to start her own company to be able to produce quality films for young women. Her success with Legally Blonde allowed Type A Films to expand and get more recognition in the industry.

The Type 92 torpedo was a submarine-launched torpedo used by the Imperial Japanese Navy during World War II. It was 23 ft 5 in (7.14 m) in length and 21 inches (53 cm) in diameter. This type of torpedo was battery powered. It could deliver a 660-pound (300 kg) warhead at 30 knots (55 km/h) to a target 7 kilometers (3.8 nautical miles) away.

A Type II supernova (plural: supernovae or supernovas) results from the rapid collapse and violent explosion of a massive star. A star must have at least 8 times, and no more than 40–50 times, the mass of the Sun (M☉) to undergo this type of explosion. It is distinguished from other types of supernovae by the presence of hydrogen in its spectrum.

The Type 97 motorcycle, or Rikuo, was a copy of a Harley-Davidson motorcycle produced with a sidecar from 1935 in Japan under license from Harley-Davidson by the Sankyo Company (later Rikuo Nainen Company). Some 18,000 of the machines were used by the Imperial Japanese forces during World War II.

The Type 94 tankette (Japanese: 九四式軽装甲車 , Kyūyon-shiki keisōkōsha, literally "94 type light armored car", also known as TK that is abbreviation of "Tokushu Keninsha" that means special tractor was a tankette used by the Imperial Japanese Army in the Second Sino-Japanese War, at Nomonhan against the Soviet Union, and in World War II. Although tankettes were often used as ammunition tractors, and general infantry support, they were designed for reconnaissance, and not for direct combat. The lightweight Type 94 proved effective in China as the Chinese National Revolutionary Army consisted of only three tank battalions to oppose them, and those tank battalions only consisted of some British export models and Italian CV-33 tankettes. As with nearly all tankettes built in the 1920s and 1930s, they had thin armor that could be penetrated by .50 caliber machine gun fire at 600 yards range.

The Type 98 20 mm AA machine cannon was the most common light anti-aircraft gun of the Imperial Japanese Army. The Type 98 designation was given to this gun as it was accepted in the year 2598 of the Japanese calendar (1938). About 80% of IJA light AA guns were Type 98s. It entered service in 1938 and first saw combat in Nomonhan. It was used until the end of World War II.

Type I

Type III hypersensitivity

Type 92 10 cm Cannon

Manual

separate-loading

Type II sensory fiber

Type A Ko-hyoteki-class submarine

Type 94 90 mm mortar

diesel

Type II-P supernova

Type C thymoma

Type C3-class ships were the third type of cargo ship designed by the United States Maritime Commission (MARCOM) in the late 1930s. As it had done with the Type C1 ships and Type C2 ships, MARCOM circulated preliminary plans for comment. The design presented was not specific to any service or trade route, but was a general purpose ship that could be modified for specific uses.The C3 was larger and faster than the C1 and C2 contemporaries, measuring 492 feet (150 m) from stem to stern (vs.

Type 93 Surface-To-Air Missile

Type C2 ship

Type 97 Hand Grenade

Type III immune response

I-373 class

Type II collagen is the basis for articular cartilage and hyaline cartilage.It makes up 50% of all protein in cartilage and 85-90% of collagen of articular cartilage.Type II collagen does form fibrils. This fibrillar network of collagen allows cartilage to entrap the proteoglycan aggregate as well as provide tensile strength to the tissue.

Type 94 TK Light Tank

Mitsubishi Type 100 air-cooled

on road

single

Type 92 70 mm Infantry Gun

The H/PJ38 is a new single barrel 130 mm gun of the Chinese Navy introduced on the Type 052D destroyer. Designed by the Zhengzhou Mechanical-Electrical Engineering Research Institute (郑州机电工程研究所, also known as the 713th Research Institute of the 7th Academy) and manufactured by Inner Mongolia 2nd Machinery Manufacturing Factory (内蒙第二机械制造厂), the H/PJ-38 130 mm naval gun was developed from reverse engineering of Soviet AK-130 twin 130 mm naval gun, which was carried out by the same two establishments. The general designer of the H/PJ-38, Chen Dingfeng (陈汀峰), was also the general designer of all models of Type 79 100 mm naval gun, all models of Type 210 100 mm naval gun, and the H/PJ26 76 mm naval gun. Chen was recalled from retirement to complete the H/PJ38 single barrel 130 mm naval gun. When the Soviet AK-130 was first successfully copied by Chinese developers, the Chinese navy was unsatisfied and decided not to let the AK-130 into production, despite all performance parameters being met. Because the AK-130 was judged out-of-date by the Chinese Navy, the H/PJ38 program was created in 2005. The H/PJ38 130 mm single barrel naval gun is considered more powerful and more reliable than other smaller caliber naval guns currently in Chinese service, and as with naval guns on most warships, it is installed in front of the VLS.The general designer of munitions for the H/PJ38, Zhou Bingwu (周炳武), entered the business in 1997 and almost lost the index finger of his right hand in November 2007 during an important trial. As early as 1987, Zhou had proposed multiple kinds of precision-guided munitions (PGMs) to be fired by a single caliber gun mount, but due to the limitations of the Chinese technological base and industrial capability, it was not until two decades later when it finally became a reality. Research led to the development of a single barreled 70 caliber, 130 mm system which took more than four years to complete, and the H/PJ38 went to series production soon after completion. The primary improvement of the H/PJ38 over the AK-130 is its adaptability: H/PJ38 can fire both separate loading rounds and semi-fixed rounds, which is crucial in firing gun-launched missiles and PGMs. The H/PJ38 can also fire a variety of sub-caliber rounds, but more importantly, a variety of PGMs were developed for H/PJ38 to increase its effectiveness.

Type IIA

Type 99 155 mm Self-propelled Howitzer

Japanese Type 99 88mm AA Gun

Type C3 ship

Type 98 Ke-Ni

Type 904 dive tender is a class of Chinese dive tender in service with the People's Liberation Army Navy. Type 904 shares the same hull of Type 991II Youdian class cable layer, but the original design encountered difficulty when the development of domestic Chinese saturation diving support system stalled. Decision was made to import such system from abroad, with French system eventually selected. Consequently, the original Type 904 never went into production because the design had to be modified to accommodate the foreign saturation diving support system, and the modified design is designated as Type 904I.

Type D submarine

Type Certificate

COL2A1

Type A Ko-hyoteki class submarine

Type II B string theory

Type C2 ships were designed by the United States Maritime Commission (MARCOM) in 1937–38. They were all-purpose cargo ships with five holds, and U.S. shipyards built 173 of them from 1939 to 1945. Compared to ships built before 1939, the C2s were remarkable for their speed and fuel economy. Their design speed was 15.5 knots (28.7 km/h), but some could make 19 knots (35 km/h) on occasion.

Maximum

Split trail with demountable spade plates, and fixed trail blocks, 2 steel band tires on spoked wheels

Type 92 Heavy Machine Gun

Nambu Type 94 Pistol

Type II supernovae

Type B free agent

Type IXD/41 submarine

The T90 is a heavy machine gun developed at the 205th Armory of Combined Service Forces, Ministry of Defense, Republic of China (Taiwan). It is intended as a replacement for the M2 heavy machine gun.

Type 95 75 mm field gun

One 7.7 mm Type 97 machine gun

Type 94 90 mm Infantry Mortar

Type 98 20 mm Half-Track Vehicle

Type 97 20 mm anti-tank rifle

manual

Type 93 Surface-to-Air Missile

The Type 94 37 mm anti-tank gun (九四式三十七粍速射砲, Kyūyon-shiki sanjyūnana-miri sokushahō) was an anti-tank gun developed by the Imperial Japanese Army, and used in combat during the Second Sino-Japanese War and World War II. The Type 94 number was designated for the year the gun was accepted, 2594 in the Japanese imperial year calendar, or 1934 in the Gregorian calendar.

Type III collagen

Japanese Type 94 75mm Mountain Gun

Type IV errors

See Users

Type IX

Type II restriction enzyme

The Type 9 wooden anti-tank mine was an Italian bar type anti-tank mine used during World War II in North Africa. The box consisted of a lower section, containing the large warhead and fuzes and an upper, overlapping lid with two pivoting wooden covers that sat over the two fuzes.

Split, demountable spade plates, fixed trail blocks

Type IIn

Type II lumazine synthase

Image is a Browning M2E2 to represent the near-identical weapon

Type B Class

Type III toxin-antitoxin system

two 7.7 mm Type 1 heavy machine guns

*20px Imperial Japanese Navy
*20px Republic of China Navy
*20px Soviet Navy
*20px People's Liberation Army Navy

approx 1,000

HE, APHE, shrapnel, incendiary, illuminating, and pointed

Type HO string theory

Empire of Japan

The Type 98 20 mm AAG (Anti-Air Gun) Tank was a Japanese self-propelled anti-aircraft gun using twin Soki Type II 20 mm anti-air guns. They were combined with the chassis of the Type 98 Ke-Ni. The gun crew worked from a raised platform with a modest amount of protection from the sides - the twin 20 mm guns fired through a large gun shield gave further protection for the crew from that direction.In November 1941, development began on an anti-aircraft version of the Type 98 with a 20 mm AA gun. During development of the AA gun tank, the Imperial Japanese Army experimented with various configurations.

Type 93 mine

Type Description Language (TDL) is the name of a data type specification language defined in the book Implementing Typed Feature Structure Grammars.It is a modeling language specifically used to describe an ontology of HPSG types, these are typically used to model natural language phenomena. The LinGO suite, amongst other DELPH-IN (Deep Linguistic Processing with HPSG) open-source project. software and implementations, utilize TDL.

Type II Cepheid

Type Description Language

Type II errors

Type 94 tankette at Armor School History Museum

The Type 97 fixed machine gun was the standard fixed light machine gun on aircraft of the Imperial Japanese Navy during World War II. This weapon was not related to the Type 97 light machine gun used by the Imperial Japanese Army in ground combat.

* at surfaced
* at submerged

YES

Type 90 mbt

Type 99 cannon

Type 98 Medium Bomber

Type 97 7.7 mm aircraft machine gun

Type 98 20 mm AA Half-Track Vehicle

SEDC

Japanese Type 94 90 mm mortar

Type 93 sniper rifle

Type IIB superstring theory

Type 917 rescue ship

Type D escort ship

Type 91 grenade.

Type IXD/42 U-boat

Type 984 radar was a British radar system introduced in the mid-1950s. It was a rotating mechanically stabilized 3D S band radar, measuring longitudinal position, latitudinal position, as well as target altitude, devised by the Admiralty Signals Research Establishment. It did this by creating a stack of vertically scanning beams. It had one stationary beam, as well as five scanning beams fed by four magnetrons.The Comprehensive Display System (CDS) used with the Type 984 was revolutionary in that, with the Type 984 it performed both the search and track function, as well as air-traffic control, something that would not reappear until decades later.It had a range of as little as 40 nmi (74 km; 46 mi) for small low flying aircraft, and as long as 180 nmi (330 km; 210 mi) for larger higher flying aircraft.The 30.5-long-ton (31.0 t) installation could only be fitted to the largest ships, and in fact was only used on three; the aircraft carriers Eagle, Hermes and Victorious.

Type Four chassis

*I-361-class
*9,426,000 JPY
*I-372-class and I-373-class
*9,719,000 JPY

Experimental Prototype Type 97 Chi-Ni

Type 904 dive tender

The Type 99 Mark 1 cannon and Type 99 Mark 2 cannon were Japanese versions of the Oerlikon FF and Oerlikon FFL. They were adopted by the Imperial Japanese Navy in 1939 and served as their standard aircraft autocannon during World War II.

Type 96 15cm Howitzer

Type B Videotape

The Type 926 submarine support ship is a class of submarine rescue and supply ship developed by China for the People's Liberation Army Navy (PLAN), as of mid-2014, a total of three are in service. This ship is capable of both replenishing submarines and rescuing submariners in distress.With a displacement of 9500 tons, the Type 926 carries newly designed rescue chambers that are capable of performing rescue missions to a depth of three hundred meters, being able to rescue a maximum of eighteen submariners each dive. One of these ships carries a deep-submergence rescue vehicle (DSRV) imported from the United Kingdom, the LR7, which is a development of the earlier LR5. The LR7 is also capable of rescuing a total of eighteen submariners each dive and the 25-ton DSRV can perform resuce operations at five hundred meters depth and continuously working under water for four days. The rest of the ships carry the successor of the Type 7103 DSRV designed by Harbin Engineering University.

Northwest Institute of Mechanical & Electrical Engineering

Night Vision.

The Type C6 ship is a United States Maritime Administration (MARAD) designation for a container ship developed during the transition years from moving goods by breakbulk cargo to containerization. The Type C4 ships Mariner class, arranged with its house/engine-room in the center vessel with cargo hatches at 4 forward and 2 aft, was very successful. Eleven Type C4 ships were converted into Type C6 container ships, and eight vessels were new built. As of March 2016 three converted C4s are extant as crane ships in the National Defense Reserve Fleet.

recoil operated, locked breech

The Type 95 75 mm field gun (九五式野砲, Kyūgo-shiki yahō) was a field gun used by the Imperial Japanese Army during World War II. It was intended to replace the Type 38 75 mm field gun and the Type 41 75 mm cavalry gun in front line combat units but, due to operational and budgetary constraints, only a small number were produced, and the Type 38 and Type 41 continued to be used.

approx

Type IV civilization

Type 97 (disambiguation)

Japan, Indonesia

Type 96 LMG

Type IXD U-boat

Type A climate

Type IXD/41

Feature films

Mitsubishi A6120VDe air-cooled inline 6-cylinder diesel 14,300cc

Type B videotape

*Alabama Drydock and Shipbuilding, Mobile, Alabama
*Bethlehem Steel, Key Highway Yard, Baltimore, Maryland
*Ingalls Shipbuilding , Pascagoula, Mississippi
*Norfolk Shipbuilding and Drydock, Norfolk, Virginia
*Todd Shipyards, Galveston, Texas
*Todd Shipyards, Brooklyn, New York
*Todd Shipyards, Seattle, Washington

Surface ships

Type 91

Type 984

Type IV pilus

Type 91 Grenade

*2 × Kampon Mk.23B Model 8 diesels
*1,750 bhp surfaced
*1,200 shp submerged
*2 shafts

Type 94 37 mm Anti-Tank Gun

No.2 class escort ship

Type 94 37 mm AT gun at Royal Armouries at Fort Nelson, Hampshire, England

*Type 22-Go radar
*Type 93 sonar
*Type 3 hydropnhone

Type 93 (disambiguation)

*I-361 to I-371 as built
*85 tons freight
*I-372 as built
*90 tons gasoline
*I-369 in July 1945
*100 tons gasoline

The Type 95 (PLA military designation: PGZ95 – Chinese: 95式自行高射炮; pinyin: 95 shi zixing gaoshepao, "Type 95 self-propelled anti-aircraft artillery") is a Chinese self-propelled anti-aircraft vehicle. It is armed with four 25 millimeter cannons and optionally four fire-and-forget QW-2 infrared homing missiles. It was first displayed publicly at the Beijing Military Parade in 1999. Earlier in development the system was designated Type 90-II and Type 90-III.

In molecular biology, the type IV collagen C4 domain (or collagen IV NC1 domain) is a duplicated domain present at the C-terminus of type IV collagens. Each type IV collagen contains a long triple-helical collagenous domain flanked by a short 7S domain of 25 amino acids and a globular non-collagenous C4 domain of ~230 amino acids at the N and C terminus, respectively.

horizontal sliding.

Type 96 150 mm howitzer

Type 97 machine guns

Type II partnerships were developed at the Johannesburg World Summit on Sustainable Development in 2002. Arising in opposition to the state-centred eco-governmentality of previous approaches to sustainable development policy, the partnerships facilitate the inclusion of private and civil actors into the management of sustainable development. The partnerships are employed alongside traditional intergovernmental mechanisms in order to effectively implement the United Nations’ Agenda 21 and Millennium Development Goals, particularly at sub-national level. Although widely acknowledged as one of the most innovative and effective developments in global environmental governance in recent years, the partnerships have faced criticism due to fears of a lack of accountability, and the risk that they may exacerbate inequalities of power between Northern and Southern states. Despite these reservations, there is a general consensus among state and non-governmental actors that Type II partnerships are a significantly progressive step in global environmental governance in general, and sustainable development discourse in particular.

China

Type 98 20mm AAG Tank "Ho-Ki"

hydro-spring

Type II superconductors

Type IV collagenase/gelatinase

Type 97 Motorcycle

Type 97-Kai

The Type 926 submarine support ship is a class of submarine rescue and supply ship developed by China for the People's Liberation Army Navy (PLAN), as of mid-2014, a total of three are in service.

Type A1 submarine

* 1 × single 5"/38 dual purpose gun mount
* 4 × single 3"/50 dual purpose gun mounts
* 10 × single 20mm AA gun mounts

The Type 93 (九三式魚雷, designated for Imperial Japanese calendar year 2593) was a 61 cm (24 in)-diameter torpedo of the Imperial Japanese Navy (IJN), launched from surface ships. It is commonly referred to as the Long Lance by most modern English-language naval historians, a nickname given it after the war by Samuel Eliot Morison, the chief historian of the U.S. Navy, who spent much of the war in the Pacific Theater. In Japanese references, the term Sanso gyorai (酸素魚雷, lit.

Type C connector

Type III polyketide synthase

Type 95 light tank Ha-Go

Type II machine pistol

Type 96 mine

Type 95 SPAAA

Type IXD/42

*C4-S-A1 troop transport
*C4-S-A3 troop transport
*C4-S-A4 cargo ship
*C4-S-B1 tank carrier
*C4-S-B 2 troop transport/hospital ship
*C4-S-B5 cargo/troop transport

Type 93 Surface-To-Air missile

The Type 94 75 mm Mountain Gun (九四式山砲, Kyūyon-shiki nanagō-miri Sanpō) was a mountain gun used as a general-purpose infantry support gun by the Imperial Japanese Army during the Second Sino-Japanese War and World War II. It superseded the Type 41 75 mm Mountain Gun to become the standard pack artillery piece of Japanese infantry divisions. It was superior to Type 41 in range and in weight. The Type 94 number was designated for the year the gun was accepted, 2594 in the Japanese imperial year calendar, or 1934 in the Gregorian calendar.

Type 97 U-boat

Mitsubishi 6-cylinder diesel

Type II interleukin receptors

Type 91 10 cm Howitzer

Type AM submarine

air-cooled diesel gasoline

Type 98 20 mm AAG Tank

*Kure Naval Arsenal
*Yokosuka Naval Arsenal
*Mitsubishi Heavy Industries

Type II (cytotoxic) hypersensitivity

Type 95 Ke-Ri

Type 100/44

Type 85 cupola heavy machine gun
Type 59 coaxial machine gun

Hydropneumatic, constant

Type II sensory fiber (group Aβ) is a type of sensory fiber, the second of the two main groups of stretch receptors. They are non-adapting, meaning that even when there is no change in muscle length, they keep responding to stimuli. In the body, Type II fibers are the second most highly myelinated fibers.The muscle's instantaneous length, or position, is directly proportional to their firing rate. This information would indicate the position of one's leg once it has stopped moving.

Type 98 katana

The Type 94 Nambu 8 mm Pistol (Type 94 Handgun, Japanese: 九四式拳銃 Kyūyon-Shiki Kenjū) is a semiautomatic pistol developed by Kijirō Nambu and his associates for the Imperial Japanese Army. Development of the Type 94 pistol began in 1929, and after several redesigns the final prototype was tested and officially adopted by the Japanese Army in late 1934 (Japanese calendar, 2594). The Type 94 pistol entered production in 1935. Approximately 71,000 pistols were manufactured before production ended in 1945.The Type 94 pistol was designed for, and popular among, Japanese tank and aircraft crews who preferred a smaller, lightweight design. Japanese weapons experts have subsequently criticized some design elements of the Type 94; in particular the pistol could be fired unintentionally before the breech was fully locked if the sear bar on the side of the receiver was jarred loose and the pistol was improperly handled. Additionally, the process to disassemble the pistol is overly complex and awkward. The build quality of the Type 94 pistol declined over its production run; "last ditch" pistols made in 1945 were crudely manufactured.

Type II sensory fiber (group Aβ) is a type of sensory fiber, the second of the two main groups of stretch receptors. They are non-adapting, meaning that even when there is no change in muscle length, they keep responding to stimuli. In the body, Type II fibers are the second most highly myelinated fibers.The muscle's instantaneous length, or position, is directly proportional to their firing rate. This information would indicate the position of one's leg once it has stopped moving. They do not respond to rate of length changes as do the Ia fibers.Type II fibers connect to nuclear chain fibers and static nuclear bag fibers, but not to dynamic nuclear bag fibers. These connections, referred to as "flower spray endings" due to their appearance, embed into the poles (ends) of the fibre. It is thought that the relative position of the equatorial regions of the spray when stretched determines the action potential output.

Type IA U-boat

Type III Polyketide Synthases

A Type II supernova (plural: supernovae or supernovas) results from the rapid collapse and violent explosion of a massive star. A star must have at least 8 times, and no more than 40–50 times, the mass of the Sun (M☉) to undergo this type of explosion. It is distinguished from other types of supernovae by the presence of hydrogen in its spectrum. Type II supernovae are mainly observed in the spiral arms of galaxies and in H II regions, but not in elliptical galaxies.Stars generate energy by the nuclear fusion of elements. Unlike the Sun, massive stars possess the mass needed to fuse elements that have an atomic mass greater than hydrogen and helium, albeit at increasingly higher temperatures and pressures, causing increasingly shorter stellar life spans. The degeneracy pressure of electrons and the energy generated by these fusion reactions are sufficient to counter the force of gravity and prevent the star from collapsing, maintaining stellar equilibrium. The star fuses increasingly higher mass elements, starting with hydrogen and then helium, progressing up through the periodic table until a core of iron and nickel is produced. Fusion of iron or nickel produces no net energy output, so no further fusion can take place, leaving the nickel-iron core inert. Due to the lack of energy output creating outward pressure, equilibrium is broken and the core is compressed by the overlying mass of the star.When the compacted mass of the inert core exceeds the Chandrasekhar limit of about 1.4 M☉, electron degeneracy is no longer sufficient to counter the gravitational compression. A cataclysmic implosion of the core takes place within seconds. Without the support of the now-imploded inner core, the outer core collapses inwards under gravity and reaches a velocity of up to 23% of the speed of light and the sudden compression increases the temperature of the inner core to up to 100 billion kelvin. Neutrons and neutrinos are formed via reversed beta-decay, releasing about 1046 joules (100 foe) in a ten-second burst. Also, the collapse of the inner core is halted by neutron degeneracy, causing the implosion to rebound and bounce outward. The energy of this expanding shock wave is sufficient to disrupt the overlying stellar material and accelerate it to escape velocity, forming a supernova explosion. The shock wave and extremely high temperature and pressure rapidly dissipate but are present for long enough to allow for a brief period during which the production of elements heavier than iron occurs. Depending on initial size of the star, the remnants of the core form a neutron star or a black hole. Because of the underlying mechanism, the resulting nova is also described as a core-collapse supernova.There exist several categories of Type II supernova explosions, which are categorized based on the resulting light curve—a graph of luminosity versus time—following the explosion. Type II-L supernovae show a steady (linear) decline of the light curve following the explosion, whereas Type II-P display a period of slower decline (a plateau) in their light curve followed by a normal decay. Type Ib and Ic supernovae are a type of core-collapse supernova for a massive star that has shed its outer envelope of hydrogen and (for Type Ic) helium. As a result, they appear to be lacking in these elements.

Type 99 LMG

Type 946 submarine rescue ship

Type 97 81mm Infantry Mortar

Nambu Rifle Manufacturing Company

*12,000 miles
*14,000 miles

Type 94 tankette

The Type 96 mine is a Japanese large hemispherical landmine used during the Second World War. It entered service in 1936. The mine could be deployed in shallow water or on land, and used two lead alloy horn fuzes. The horns contained a glass vial filled with an electrolytic fluid, that when released triggered the electrical fuze detonating the mine.

Type C2 submarine

Type 91 105 mm howitzer

Type IXA

Type 98 20 mm anti-aircraft machine cannon

Type 917 rescue ship is a type of rescue and salvage ship developed by China for its People's Liberation Army Navy (PLAN). A total of two ships have entered service by mid-2014, and more units are planned.Type 917 is the first ship in PLAN to adopt a trimaran hull. The advantage of trimaran include stability and high speed in rough seas, and large deck area equivalent to much larger ship, thus enabling small ship to carry helicopter that can only be carried by larger ships in traditional monohull design. Designed by the Multihull Ship Technology National Defense Important Academic Majors Laboratory (多体船技术国防重点学科实验室) of Harbin Engineering University, Type 917 carries a pair of newly designed rescue boat, with one on each side, stored in the davit position. The ship is equipped with a newly designed H/PJ14 single 30 mm gun controlled by electro-optical sensor. Type 917 series in PLAN service are designated by a combination of two Chinese characters followed by three-digit number. The second Chinese character is Jiu (救), meaning rescue in Chinese, because these ships are classified as rescue ship. The first Chinese character denotes which fleet the ship is service with, with East (Dong, 东) for East Sea Fleet, North (Bei, 北) for North Sea Fleet, and South (Nan, 南) for South Sea Fleet. However, the pennant numbers may have changed due to the change of Chinese naval ships naming convention.

In molecular biology, the type IV collagen C4 domain (or collagen IV NC1 domain) is a duplicated domain present at the C-terminus of type IV collagens. Each type IV collagen contains a long triple-helical collagenous domain flanked by a short 7S domain of 25 amino acids and a globular non-collagenous C4 domain of ~230 amino acids at the N and C terminus, respectively. In protomer assembly, the C4 domains of three chains interact, forming an C4 trimer, to select and register chains for triple helix formation. In network assembly, the C4 trimers of two protomers interact, forming a C4 hexamer structure, to select and connect protomers.The collagen IV C4 domain contains 12 cysteines, and all of them are involved in disulphide bonds. It folds into a tertiary structure with predominantly beta-strands. The collagen IV C4 domain is composed of two similarly folded subdomains stabilised by 3 intrachain dissulphide bonds involving the following pairs: C1-C6, C2-C5, and C3-C4. Each subdomain represents a compact disulphide-stabilised triangular structure, from which a finger-like hairpin loop projects into an incompletely formed six-stranded beta-sheet of an adjacent subdomain of the same or of an adjacent chain clamping the subdomains tightly together.

Type 93 torpedo, recovered from Point Cruz, Guadalcanal, on display outside U.S. Navy headquarters in Washington, D.C., during World War II.

*6 × bow torpedo tubes
*1 × deck gun
*2 × single Type 96 anti-aircraft guns

Type 99 tank

Type 95 Ha-Gō

Hydro-pneumatic

Type 97 middle tank Chi-Ha

The Type 97 Hand Grenade (九七式手榴弾, Kyūnana-shiki Teryūdan) was the standard fragmentation hand grenade of the Imperial Japanese Army and Imperial Japanese Navy SNLF during the Second Sino-Japanese War and World War II.
A Japanese Type 97 grenade, with the safety fork still in place.

Type III Polyketide Synthase

Rear Admiral Kaneji Kishimoto and Captain Toshihide Asakuma

*1 × Type 22 surface search radar
*1 × Type 13 early warning radar

The Type 98 20 mm AA machine cannon was the most common light anti-aircraft gun of the Imperial Japanese Army. The Type 98 designation was given to this gun as it was accepted in the year 2598 of the Japanese calendar (1938). About 80% of IJA light AA guns were Type 98s. It entered service in 1938 and first saw combat in Nomonhan. It was used until the end of World War II. After World War II this gun was used by the Indonesian Army in the Indonesian National Revolution.The gun could be emplaced in about three minutes by an experienced crew or fired inaccurately from its wheels.This weapon and its variants were based on the French design of the 13.2 mm Hotchkiss machine gun of the 1930s, which the Japanese forces had bought and further developed at home.The Type 98 was also one of the two armament options for the IJA's Submersible Gun Mount Model 1.

Type 926 submarine support ship

torsion bar

Type II site-specific deoxyribonuclease (EC 3.1.21.4, type II restriction enzyme) is an enzyme. This enzyme catalyses the following chemical reactionEndonucleolytic cleavage of DNA to give specific double-stranded fragments with terminal 5'-phosphates

Type C4-class ship

Type II Cepheids are variable stars which pulsate with periods typically between 1 and 50 days. They are population II stars: old, typically metal-poor, low mass objects.Like all Cepheid variables, Type IIs exhibit a relationship between the star's luminosity and pulsation period, making them useful as standard candles for establishing distances where little other data is availableLonger period Type II Cepheids, which are more luminous, have been detected beyond the Local Group in the galaxies NGC 5128 and NGC 4258.

Type 92 Combat Cars

panoramic

the 1.9-a crystal structure of the noncollagenous domain of human placenta collagen iv shows stabilization via a novel type of covalent met-lys cross-link

Type 99 AT Mine

Type B reaction

Type 100 37 mm gun

split trail

Type II glycogen storage disease

Type 96 15 cm Howitzer

Type II DNA topoisomerase

Type B1 submarine

Type II endometrial cancer

Inline 6-cylinder engine

Type A Films

The Type C6 ship is a United States Maritime Administration (MARAD) designation for a container ship developed during the transition years from moving goods by breakbulk cargo to containerization. The Type C4 ships Mariner class, arranged with its house/engine-room in the center vessel with cargo hatches at 4 forward and 2 aft, was very successful. Eleven Type C4 ships were converted into Type C6 container ships, and eight vessels were new built.
Type C7 container ship

Type 90 machine gun

Track Maximum

1 inch type B VTR (designated Type B by SMPTE) is a reel-to-reel analog recording video tape format developed by the Bosch Fernseh division of Bosch in Germany in 1976. The magnetic tape format became the broadcasting standard in continental Europe, but adoption was limited in the United States and United Kingdom, where the Type C videotape VTR was met with greater success.The tape speed allowed 96 minutes on a large reel (later 120 minutes), and used 2 record/playback (R/P) heads on the drum rotating at 9000 RPM with a 190 degree wrap around a very small head drum, recording 52 video lines per head segment. Video is recorded on an FM signal with a bandwidth of 5.5 MHz. Three longitudinal audio tracks are recorded on the tape as well: two audio and one Linear timecode (LTC) track. BCN 50 VTRs were used at the 1980 Summer Olympics in Moscow.The format required an optional, and costly, digital framestore in addition to the normal analog timebase corrector to do any "trick-play" operations, such as slow motion/variable-speed playback, frame step play, and visible shuttle functions. This was because, unlike 1 inch type C which recorded one field per helical scan track on the tape, Type B segmented each field to 5 or 6 tracks per field according to whether it was a 525 (NTSC) or 625 (PAL) line machine.The picture quality was excellent, and standard R/P machines, digital frame store machines, reel-to-reel portables, random access cart machines (for playback of short-form video material such as television commercials), and portable cart versions were marketed.Echo Science Corporation, a United States company, made units like a BCN 1 for the U.S. military for a short time in the 1970s. Echo Science models were Pilot 1, Echo 460, Pilot 260.

Type 94 Te Ke

Type II cytokine receptor

Type II Cockayne syndrome

Collagen IV (ColIV or Col4) is a type of collagen found primarily in the basal lamina. The collagen IV C4 domain at the C-terminus is not removed in post-translational processing, and the fibers link head-to-head, rather than in parallel. Also, collagen IV lacks the regular glycine in every third residue necessary for the tight, collagen helix. This makes the overall arrangement more sloppy with kinks. These two features cause the collagen to form in a sheet, the form of the basal lamina. Collagen IV is the more common usage, as opposed to the older terminology of "type-IV collagen".There are six human genes associated with it:COL4A1, COL4A2, COL4A3, COL4A4, COL4A5, COL4A6

Type III (disambiguation)

Type 92 torpedo

Type 98 20 mm AA Half Track

CL0056

Two wheeled split trail.

*6 × bow torpedo tubes
*1 × deck gun
*2 × twin Type 96 anti-aircraft guns

The Type B1 submarine (巡潜乙型潜水艦, Junsen Otu-gata sensuikan, "Cruiser submarine type B"), also called I-15-class submarine (伊一五型潜水艦, I-jū-go-gata sensuikan) was the first group of boats of the Type B cruiser submarines built for the Imperial Japanese Navy (IJN) during the 1940s. In total 20 were built, starting with I-15, which gave the series their alternative name.

A Type 97 Te-Ke in New Britain in 1945

Type 93 and 100 flamethrowers

*Steam turbine
*9,900 shp

Type 97 Litht Armored Car Te-Ke

*16,820 gross tons
*15,830 gross tons
*21,150 gross tons
*21,500 gross tons

The I-361 class submarine (伊三百六十一型潜水艦, I-san-byaku-roku-jū-ichi-gata Sensuikan), also called Type-D submarine (丁型/潜丁型潜水艦, Tei-gata/Sen-Tei-gata sensuikan) or Sen'yu/Sen'yu-Dai type submarine (潜輸型/潜輸大型潜水艦, Sen'yu-gata/Sen'yu-Ōgata sensuikan) was a type of the 1st class submarine in the Imperial Japanese Navy serving during the Second World War. The type name, was shortened to Yusō Sensuikan Ō-gata (輸送潜水艦大型, Transport Submarine-Large Type).The I-373 class submarine (伊三百七十三型潜水艦, I-san-byaku-nana-jū-san-gata Sensuikan), also called Type-D Modified submarine (丁型改潜水艦, Tei-gata Kai sensuikan) was different from the I-361 class, however since the I-373 was a development form of the I-361 class, this article describes both of them.

*12,420 gross tons
*11,757 gross tons

Type II bakelite anti-tank mine

*I-361 as built
*2 × torpedo tubes
*2 × Type 95 torpedoes
*1 × 14 cm/40 11th Year Type naval gun
*2 × Type 96 25mm AA guns
*I-372 as built
*1 × 14 cm L/40 naval gun
*2 × Type 96 25mm AA guns
*as Kaiten mother ship
*2 × 533 mm torpedo tubes
*2 × Type 95 torpedoes
*5 × Kaiten

Type III Software

Type 94 TK

Six

B1 class

Type IIa diamond

Japan

Type 97 aircraft machine gun

Jennifer Simpson

Type 96 lmg

Type 912 degaussing/deperming ship

Oxygen-enriched air

Type 98 20 mm AA machine cannon

Type 92 battalion gun

Type 96 AA Gun Prime Mover

1 inch type B VTR (designated Type B by SMPTE) is a reel-to-reel analog recording video tape format developed by the Bosch Fernseh division of Bosch in Germany in 1976.

The Type 98 20 mm AAG (Anti-Air Gun) Tank was a Japanese self-propelled anti-aircraft gun using twin Soki Type II 20 mm anti-air guns. They were combined with the chassis of the Type 98 Ke-Ni. The gun crew worked from a raised platform with a modest amount of protection from the sides - the twin 20 mm guns fired through a large gun shield gave further protection for the crew from that direction.In November 1941, development began on an anti-aircraft version of the Type 98 with a 20 mm AA gun.

collagen, type II, alpha 1

Type II Cepheids

Type 920 Hospital Ship

hydropneumatic

Type 94 Nambu pistol

Type II partnerships were developed at the Johannesburg World Summit on Sustainable Development in 2002. Arising in opposition to the state-centred eco-governmentality of previous approaches to sustainable development policy, the partnerships facilitate the inclusion of private and civil actors into the management of sustainable development.

A Type 99 tank at the China People's Revolution Military Museum in Beijing during the 2007 Our troops towards the sun exhibition.

Type II cytokine