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Monday, 8 December 2014

The Battle Ambarawa.

Palagan Ambarawa Monument.
Battle Ambarawa on November 20 ended on December 15, 1945, between TKR forces against British forces. Ambarawa is a town located between Semarang and Magelang, and Semarang and Salatiga. This event is motivated by the landing of Allied troops from Indian Division 23 in Semarang on 20 October 1945. The Indonesian government to allow them to take care of prisoners of war who are in prison Ambarawa and Magelang.

The arrival of the Allied forces (UK) followed by NICA troops. They are arming the former prisoner of war Europe, so on October 26, 1945 an incident in Magelang which then fighting between troops TKR with the Allied forces. The incident ended after President Sukarno and Brigadier General Bethell came to Magelang on 2 November 1945. They hold ceasefire talks and obtain an agreement as outlined in Article 12. The document that contains, among others:
The Allies will continue to put troops in Magelang to perform its obligation to protect and manage the evacuation of Allied troops were taken prisoner Japanese troops (RAPWI) and the Red Cross (Red Cross), which became part of the British army. Limited number of Allied forces in accordance with its duties.
Ambarawa and Magelang highway traffic lanes open as Indonesia and the Allies.
Allies will not recognize NICA activities and bodies underneath.
The Battle Ambarawa

Battle Ambarawa.

The Allies turned out to break her promise. On November 20, 1945 in the battle Ambarawa fighting broke out between TKR under Major Sumarto and the Allies. On November 21, 1945, Allied troops who were in Magelang drawn to Ambarawa under cover of fighter, but on 22 November 1945 fighting broke out in the city and the Allied forces did against villages around Ambarawa. TKR troops in Ambarawa with TKR troops from Boyolali, Salatiga, and Kartasura survive in the Dutch cemetery, thus forming field lines along the railway line which divides the city Ambarawa.

While the forces of Magelang direction TKR Division V / Navan under the leadership of Imam Androngi conducted dawn raids on 21 November 1945. The attack was aimed at repelling the Allied forces that persist in the village Pingit. Troops led by Imam Androngi herhasil occupied Pingit village and perform the seizure of the surrounding villages. Battalion Imam Androngi continuing pursuit movement. Then Imam Androngi reinforced battalion three hatalion of Yogyakarta, which is 10 Battalion under Major Suharto, 8 Battalion under Major Sardjono, and battalion Sugeng.

Finally the enemy surrounded, however, the enemy forces trying to break through the siege. The trick is to do a flanking movement and threaten the position of TKR forces using tanks from behind. To prevent casualties, troops retreated to Bedono TKR. With the help Regiment Two headed by M. Sarbini, Special Police Battalion led by Onie Sastroatmojo, and a battalion of Yogyakarta result of enemy movement successfully held in the village of Jambu. In Jambu village, the commander held a coordination meeting led by Colonel Holland Iskandar.

The meeting resulted in the formation of command called Leaders Battle Headquarters, located in Magelang. Since then, Ambarawa divided into four sectors, namely northern, eastern sector, the sector south, and west sectors. The strength of combat troops stationed in turn. On November 26, 1945, the leadership of the army Lt. Col. Isdiman Navan fall then from then Colonel Sudirman Commander of Division V in Purwokerto took over leadership of the army. Mutual combat situations TKR forces.
Strategy Battle Ambarawa

Enemy expelled from Banyubiru on December 5, 1945. After studying the situation of the battle, on December 11, 1945 Colonel Sudirman took the initiative to gather every sector commander. In conclusion stated that the enemy had pinned so that the latter should be carried out attacks. Plan of attack is organized as follows.
Carried out simultaneous and sudden attacks of all sectors.
Each sector commander leading the implementation of the attack.
Body forces struggle (irregulars) into backup power.
Today is December 12, 1945 attacks, at 04:30.
End of Battle Ambarawa took place on December 12, 1945 morning, TKR forces move towards the target respectively. Within half an hour TKR troops encircled the enemy forces in the city. Estimated strongest enemy defenses in Fort Willem located in the middle of the city Ambarawa. Ambarawa city under siege for four days and nights. Enemies who feels his position sandwiched strive to retreat from the battlefield. On December 15, 1945, leaving the enemy retreated to Ambarawa and Semarang. Thank you for reading this article.
Written and posted by Bambang Sunarno. sunarnobambang86@gmail.com
author:
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/12/the-battle-ambarawa.html
DatePublished: December 8, 2014 at 11:38
Tag : The Battle Ambarawa.
Code : 42S4EUXRR3UM

Glassmaking.

Raw materials glassmaking.

Basically, the raw material of glass consists of three types, each of which has a role in the quality and outcomes of glass products as a whole. These parts are :

Glass forming materials.

The raw material of this type consists of:
Quartz sand / silica SiO2 purity 99.1 - 99.7%
Sodium carbonate / soda ash (Na2CO3)
Boric acid / borax
phosfor pentaoksida
Dolomite (CaCO3.MgCO3)
Feldspar, with a molecular formula R2O.Al2O3.6SiO2 where R2O represents K2O or Na2O or a combination of both.

Cullet, the shards of glass or glass that comes from not qualifying product quality control. Cullet serves to lower the melting temperature of the raw material. Cullet is fed as much as 25% of the total raw material.
Stabilizer material, a material which can reduce the solubility in water, resistant to other chemicals including other materials contained in the atmosphere. Examples of stabilizer materials commonly used in the glass industry is
calcium carbonate, making the end product is insoluble in water.
barium carbonate, increasing the specific gravity and refractive index.
lead oxide, making the product becomes transparent, shiny, and has a high refractive index.

Zinc oxide.

Making glass is resistant to sudden heat, improves the physical and mechanical properties, and increase the refractive index.
aluminum oxide, increasing the viscosity of the glass, physical strength, and resilience against chemicals.

Secondary components, among which are :

Refining agent.

Eliminate gas bubbles on melting raw materials. Materials commonly used as a refining agent in glass industry is sodium nitrate and sodium sulfate or arsenic oxide (As2O3).

Color remover (decolorant).

Eliminate color is usually caused by the presence of iron oxide compounds that enter with the raw material. Materials used color remover is manganese dioxide (MnO2), metal selenium (Se), or nickel oxide (NiO).

Dye (colorant).

Used to make special glasses in accordance with the desired color.

Opacifiers.

Materials used as an opacifier is fluorite (CaF2), cryolite (Na3AlF6), sodium fluorosilika (Na2SiF6), tin phosphate, zinc phosphate (Zn3 (PO4) 2), and calcium phosphate (Ca3 (PO4) 2).

The process of making glass.

The process of making glass in the industry include the following stages :

Raw material preparation (batching).

At this stage of milling, sifting raw materials as well as the separation of impurities-impurities. The powder is weighed according to the composition of raw materials, including other necessary additives such as dyes or substances in accordance with the glass in the desired product. Stirring the mixture of raw materials in a mixer is done so that the mixture became homogeneous before it melted.

Disbursement (melting / fusing).

Raw materials that have been homogenized, sieved before putting into the furnace (furnace) temperature of about 1500oC so that the mixture will melt. During the melting process, each raw material will interact to form the following chemical reactions:

Decomposition reactions:
Na2SO3 Na2O + CO2 ... .. (1)
CaCO3 CaO + CO2 ... .. (2)
Na2SO4 Na2O + SO2 ... .. (3)
CaO + MgO + MgCO3.CaCO3 2CO2 ... .. (4)
The reaction between SiO2 with Na2CO3 at a temperature of 630 - 780oC

Na2O.aSiO2 aSiO2 Na2CO3 + CO2 + ... .. (5)

The reaction between SiO2 with CaCO3 at a temperature of 600oC

CaCO3 + CO2 + bSiO2 CaO.bSiO2 ... .. (6)
The reaction between CaCO3 with Na2CO3 at temperatures below 600oC

CaCO3 + Na2CO3 Na2Ca (CO3) 2 ..... (7)

The reaction between Na2SO4 with SiO2 at 884oC temperature

Na2SO4 + nSiO2 NaO.nSiO2 + SO2 + 0.5O2 ... .. (8)

The main reaction

bNa2O aSiO2 + + + dMgO aSiO2.bNa2O.cCaO.dMgO cCaO ... .. (9)

Furnace as a dilute mixture of glass raw materials, divided into three types, namely :


Pot furnace.

Usually used to produce glass-glass (special glass) such as art glass, optical glass with a small-scale production of about 2 tons or less. Pot is made of silica-alumina brick (clay) special or platinum.

Tank furnace.

Used in large-scale industrial glass and brick refractory (heat resistant bricks). Furnace is able to accommodate about 1350 tons of liquid glass that form a pool in the heart of the furnace.

Regenerative furnace.

Formation (forming / shaping).
Glass material is a liquid then flows into the tools that are used to form a solid glass as desired. There are several types of glass formation process, among which are:

Fourcault process.

The molten material flows vertically upward through a section called "debiteuse". This section is floating on the surface of the molten glass with a gap corresponding to the desired thickness of the glass. At the top there is a section debiteuse circulating cooling water will cool the glass up to 650 - 670oC. At that temperature the glass turns into a solid plate and will move supported by the wheel (roller) that draw the glass to the top. The figure below depicts the scheme Fourcault process.

Colburn process (Libbey-Owens)

If the process Fourcault, glass movement takes place vertically, then the process will move the glass Colburn vertically followed horizontal movement after passing through the wheels brace that form molten glass into sheets.

Pilkington process (float process)

Molten material flowed into a pool of liquid tin (Sn) heat. The flow rate of the liquid material is regulating the thickness of the glass sheet to be processed. Glass will float on the liquid tin due to the density difference between the two. Glass is still a liquid with heat supply from the burner at the top of the pond. Controlling the temperature in the pool is done in order to keep the glass flat on both sides and parallel. Biaanya Materials used for this purpose is a pure nitrogen gas. Furthermore, the glass flow through the area of cooling (still in the pool) and exit in the form of flat glass temperature of 600 degrees C. The process of a - c above is known as a mechanical process.

Process inflatable (blow).

This process is used to make glass bottles, glass packaging, or various other forms of glass art.

1. Annealing.

The function of this stage is to prevent tensions between molecules on uneven glass which can cause breakage. Glass annealing process consists of two activities:

(1) Hold the glass with enough time above a certain temperature criticism for lowering the internal strain,

(2) glass Cooling to room temperature slowly to hold the stretch to the point of maximum

This process takes place in the "annealing Lehr". For this type of sheet glass, annealing Lehr is bypassed by the glass which moves on wheels running.

2. Finishing and quality control (Quality Control)

Some of the final settlement in the glass industry is cleaning and polishing, cutting, enameling, and grading.
Thank you for reading this article. Written and posted by Bambang Sunarno. sunarnobambang86@gmail.com
author:
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/12/glassmaking.html
DatePublished: December 08, 2014 at 10:20
Tag : Glassmaking.
Code : 42S4EUXRR3UM

Wednesday, 26 November 2014

Lake Nyos in Cameroon deadliest lake.

Lake Nyos had killed 1800 people, a lake full of mystery in nature. Not only saves an incredible natural beauty of the lake Nyos also save a million mystery. Lake Nyos is said to have killed 1800 people. What is wrong with this lake to take the victim to 1800 people. Let's look a little about Lake Nyos, 1800 Lake Life Has Killed.
Lake Nyos

Lake Nyos, which contains a vast lake in Cameroon, West Africa. This lake reaches a depth of 157 m to 208 meters deep. There are many people who live around the lake Nyos valley. However, in 1986, there are oddities in the locality. Approximately 1700 people die suddenly and simultaneously. Even more strangely, all the people who died were killed in position while performing their daily work. One was killed while pumping water, cooking, and some are killed while drinking a glass of water. Some survivors of the incident tell you what happened on the day these people died.

He said, the night before the incident, the air suddenly felt warm and smelled like rotten eggs. Society is not too worried about it. And suddenly the next day, when many of the bodies were busy with their daily activities. No one knows for sure what caused the strange death. But experts find, if the color of the water of Lake Nyos changed from clear to bright orange color.

 But experts find, if the color of the water of Lake Nyos changed from clear to bright orange color.

To find the answer, the experts then examined Craten Lake in Oregon. This lake is the largest lake in seven world. The extent of 50 square kilometers with a depth of 594 meters. So be explained if the Empire State hold this lake, will sink. Craten lake holds about 19 trillion liters of water. Around 7700 years ago, Mount Mazame the place erupted and threw the top of the mountain.

Crater Lake is then formed Craten. However, it turns volcanic activity Mazame still affect the lake. Because the lake was still there an ex who still hot magma. The experts found that the temperature of the water in the bottom of the lake a few degrees warmer, the salt content also ten times more concentrated and contains a lot of CO2. CO2 is then seeping from cracks the crust and into the crater which has now become a lake. However, the presence of water has prevented the increase of CO2 into the air. Even if there is little that escapes, still carried by wind gusts can be lost. So it is not too dangerous.

This process also influences the change of seasons. In winter, the velocity of the water will be pushed down because of warmer temperatures below.

This process also influences the change of seasons. In winter, the velocity of the water will be pushed down because of warmer temperatures below. By contrast, in the summer, the speed of the water will rise to the top. The cycle then create the appearance of a layer of water of different densities. The lowest layer of water is more concentrated than the above. At the bottom layer of water flowing from the bottom of CO2 saved the earth. CO2 can not rise higher because of differences in water density in the layer above it. So that collect and accumulate for decades and became very much in the bottom water layer.

This phenomenon was later found also in smaller Horseshoe Lake from Lake Craten. The trees that grow around the lake dries up and eventually die. After investigation, it turns CO2 level in the lake reached 100 tons / day and seep into the ground. This is what makes trees around them die. The experts then conduct experiments to dig a little dirt on the lake and trying to start a fire. However, due to the highly concentrated levels of CO2, the fire was extinguished immediately brought closer to the ground. It turns out that the accumulation of CO2 that has been very much on the lake eventually overflow and cause the lake to be very dangerous. However, the level of CO2 in Horseshoe Lake is not too dangerous for humans, because the level of danger limit is 1.75 million tons. And this will only happen in the event of volcanic eruptions.

These findings then help the experts to conclude what happened at Lake Nyos. The night before the show, there is a cliff at the edge of the lake, collapsed and went into the water. It is estimated that this cliff ruins have shaken the water layer. So the most basic layer filled with CO2 to rupture and drain large amounts of CO2 to the surface of the lake.

The next morning the CO2 stream is then entered a residential area. And because CO2 is colorless and odorless, people are not aware of his arrival. That is what causes many people were killed while performing daily activities. CO2 is like a killer lurking quietly. Few people are aware of the dangers inherent invisible bottom of the lake that looks very beautiful on the surface. Without them knowing it, they have inhaled CO2 derived from the most basic layer of the lake, which has been accumulated over decades. And a lot of people who died because of it. Thank you for reading this article.
Written and posted by Bambang Sunarno. sunarnobambang86@gmai.com
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/11/lake-nyos-in-cameroon-deadliest-lake.html
DatePublished: 26 November 2014 at 21:00
Tag : Lake Nyos in Cameroon deadliest lake.
Code : 42S4EUXRR3UM

Facts State China.

Bamboo curtain country, China is not a closed country like North Korea and Iran. But there, freedom can not be held to a maximum because of the many rules and regulations. Embrace the ideology of communism and also different from other countries make the Chinese do not allow their Twitter there. Finally, there was the site Weibo social networking are becoming citizens.

That's just a bit of facts about China. Still there are other facts that make you stared plus shaking his head. Curious?

Boil the eggs in Urine Men male Thus Favorite Food.

Boil the eggs in Urine Men male Thus Favorite Food.

Weirdest food you have ever eaten? Frog? Snakes? In China precisely Dongyang, favorite food there ... kinda disgusting anyway. Ie boiled eggs in the urine of boys are still young.
He does good. But do not imagine the hell that until urine water soaks into the egg?

The shirt collar pin in the Army.

The shirt collar pin in the Army.

Soldiers in China is famous for its firmness and also its commitment to defend the country until the end. This loyalty that makes the Army is always ready to fight and keep this country. One is always stood tall and always uplifted chin.

For this to happen, the soldiers are required to tuck a pin on his collar. If they lowered a little, going punctured. How terrible?

Chinese police Select Use Geese than Dog Tracker.

Chinese police Select Use Geese than Dog Tracker.

Almost all countries in the world use sniffer dogs to assist the investigation into the incident. In addition to a keen sense of smell also bloodhound able to provide more accurate guidance. But it turns out there know more reliable than dogs, that goose!

Geese have a sensitivity to sound sharper than dogs. Police in some areas in China 'commissioned' geese at checkpoints so when there is a strange noise like the occurrence of theft, it will be squawking geese and give a signal to the police where the scene. Cool huh?

Countries with high abortion rates.

Countries with high abortion rates.

To cope with the population explosion and the increasing number of human population in China, the government requires that citizens only have 1 child only. It is not easy because it could be 'conceded' to get pregnant again. It is this factor that led to the high number of abortions in the country this panda.

Carrying tens of thousands and millions of other discarded baby aborted and most are girls. Apparently in China, the family there considers if the daughter was 'useless' and they prefer boys, whereas boys who later would marry if a shortage of girls in the future?

State of the World's Worst Pollution.

State of the World's Worst Pollution.

You stay in Jakarta or other big cities in Indonesia and the air felt so dirty? Besides Indonesia, India and China also have a very severe air pollution. Even so bad, in China it is not uncommon as a thick fog covered when it was smoke pollutants that are harmful to human breathing.

Not only in China, pollution from these countries also spread to America Lho. San Francisco, the city became one of the 'victims' of pollution from China that passes through the Pacific Ocean. According to the study, one third of the pollution in SF donated from China.

Citizens Efficient Use of Money.

Citizens Efficient Use of Money.

What is the cost of your life in one day? Just tell me if you are 2 million salary would normally diplotting then one day for meals and transportation is 50 thousand dollars. Well, you will be dropped if know how much the cost of living that is required by Chinese citizens every day
100 million Chinese can live 'only' at a cost of $ 1 per day or about 12 thousand dollars only. It includes 3 meals a day and the cost of transportation. Gosh saving once.

Although the State Secular But Many Are Religious.

Although the State Secular But Many Are Religious.

China is a country that is secular and also embraced communism. But this does not mean making citizens are not religious, you know. Of the many population of 54 million of whom converted to Christianity. There is also a religion embraced Buddhism, Confucianism and Islam. Actually, the Chinese government did not issue orders to not be religious.

But unfortunately, in China is still sometimes a conflict that resulted in the religions of the oppressed or hurt. For example, assaulted, tortured and many more. Hopefully it fade away.

The Most Decisive Against Corruptor.

The Most Decisive Against Corruptor.

In Indonesia, people affected by corruption can be with a delicious piece of the detention period could even be free from the bondage of the law at all. Well, really different with China. There do not expect people who caught corruption can live peacefully and safely.

The Chinese government did not hesitate to execute criminals. Not infrequently there is the death penalty was held in one month to several times. Once there were discovered corruption, after the court proceedings immediately put to death. Wew make ya deterrent effect, whether Indonesia dare to take a step like this?

China's Got Privilege Of Google.

China's Got Privilege Of Google.

On copyright piracy and music is one of Google's concern eradicated. Now it seems almost impossible to download songs for free via the website as would normally be blocked due to piracy and crime. This is in contrast with Google China.

There, Google allows sites there to upload songs from the record label there and can be downloaded for free and free. So no need to buy or download through iTunes. Well, fruit simalakama. Which can be downloaded free of charge but the artists bite the finger.

Shanghai, The Most Jams World.

Shanghai, The Most Jams World.

Get stuck it sucks incredible. It seemed already can not stand it when I have to spend hours on the road. That's why, you better not go using a personal vehicle while on Shangkai, China. Surprisingly, there congestion length can be up to 62 miles.

Stuck for hours just awful, in Shanghai you can hit jammed up ... 12 days. Yes 12 days, imagine almost two weeks just for the sake of a trip and hit a standstill. Unbelievable.
Thank you for reading this article. Written and posted by Bambang Sunarno. sunarnobambang86@gmail.com
author:
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/11/facts-state-china.html
DatePublished: November 26, 2014 at 20:32
Tag : Facts State China.
Code : 42S4EUXRR3UM


Drinks from animal waste.

Many types of beverages on the market today. With a variety of flavors on offer, but have a common goal of eliminating hunger for the drinker. But you know if now a lot of innovation of beverage products sold in the market. The producers are now not only make fruit drinks alone but began to make a breakthrough which spelled unusual. They make a drink with the basic ingredients of animal dung.

Are you a coffee lover? But you are also a shocker then henceforth be careful in choosing a coffee product. Brands of coffee at exorbitant prices can be made from extracts of animal waste. Some of drink made from extracts of animal waste are  :

Elephant Coffee - Coffee Pleasure Extract elephant dung.

 Elephant Coffee - Coffee Pleasure Extract elephant dung.

The basic ingredients of coffee is of course as the name suggests, is made from waste products elephant. Coffee Elephant basically made the same way as civet coffee, but this one kind of coffee has a flavor that is "unique" outcome of the process of digestion in the gut reaction of elephants.

Inventor of this coffee is Blake Dinkin, he also explained that it takes about 33kg of raw coffee only to produce 1 kg of coffee elephant. This is because the digestive system is a very powerful elephant so many copies are destroyed during digestion. The price of a cup of coffee elephant valued USD. 600,000.

Kopi Luwak Coffee World's Most Expensive From Dirt Luwak.

Kopi Luwak Coffee World's Most Expensive From Dirt Luwak.

This one is fond of animals eat coffee, and the mongoose is most experts choose the quality and level of maturity of coffee to be eaten. However, because the beans are very hard then only the skin of these animals are ingested while the seeds remain intact.

Whole coffee beans that will come out in the form of feces that is then processed and made coffee. The coffee lovers assess the aroma and taste of civet coffee has a distinctive compared to other coffee, would not be surprised if a cup of civet coffee is priced at Rp 1 million.

Panda Tea - Organic Tea Dirt Panda.

Panda Tea - Organic Tea Dirt Panda.

This bamboo-eating animals cute really a blessing for the people of China. How animal waste not one is capable of producing high quality plant. A former teacher in China, An Yanshi utilizing panda dung tea farming.

The products of tea, named "organic tea panda dung" have exorbitant prices, ie the range of USD 200 or equivalent Rp.1,9 million, although the price is fantastic, but many tea lovers still hunt this product. An Yanshi has now become entrepreneurs tea in southwest China.

Vanilla and Raspberry flavoring - Vanilla From Ass Beaver.

Vanilla and Raspberry flavoring - Vanilla From Ass Beaver.

Drinks vanilla and raspberry flavoring flavoring has called caster. Do you know what the raw material for making the caster? Small material is made from beaver ass. You do this by extracting fluid ari's rump gland.

Then the liquid resulting from the extraction process is what will be used to make a beverage flavoring vanilla and raspberry. However, due to the rising price of ass beaver, your chances of enjoying this drink seems to be quite small.

Cow Urine - Competitor Drink Coke and Pepsi.

Cow Urine - Competitor Drink Coke and Pepsi.

A group of prominent Hindu culture in India Rashtriya Swayamsevak Sangh named (RSS) doing research on cow urine to make alternative health drinks in Haridwar, a holy city in the Ganges River. The result is of course a health beverage products that taste like soft drinks.

It is hoped the findings of these drinks can rival the leading beverage brands such as Coke and Pepsi. They gave the name of the findings drinks with Gau Jal Water aka Cow. No wonder if the cow urine is used in the manufacture of these drinks, because the Indian Hindu community makes this a sacred animal.

That beverages made from animal waste. Maybe some of us had ever tasted one of these products because it tastes delicious without knowing the manufacturing process. How do now after knowing the raw material for making beverages? Are you getting curious to taste it or vice versa?
Thank you for reading this article. Written and posted by Bambang Sunarno. sunarnobambang86@gmail.com
author:
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/11/drinks-from-animal-waste.html
DatePublished: November 26, 2014 at 19.18
Tag : Drinks from animal waste.
Code : 42S4EUXRR3UM

Monday, 24 November 2014

About Carrier.

Carrier
Carrier (English: carrier vessel, CV) is the designation for a warship that contains large amounts of fighter aircraft. His job is to move the air force in naval fleet as a support naval operations. It is also used as a command center operations and as a force detterence or dither effect on the opponent. For ships carrying aircraft, fighter aircraft carrier has a higher flexibility than any other warships. In addition to usability fighter, aircraft carrier also has other functions such as reconnaissance, air superiority, or provide assistance. When the Tsunami in 2004, the United States Navy ship to lower one parent in providing humanitarian assistance to victims, search for missing persons, and transporting the bodies of victims.

History carrier.

The aircraft carrier was first used by the British Navy, but until the second world war western countries including the United States are still reluctant to use it as a naval force main. The conventional concept of a naval fleet at that time was dominated by heavy cruise ship, cruise ship, destroyer (destroyer) with a size large enough cannon this is due to that the aircraft carrier is seen quite vulnerable and risky when used in maritime operations.
Is the Japanese Navy (Kaigun) which uses mains ship effectively at the beginning of World War II. Due to the maritime agreement between the United States and Japan as well as France and Germany agreed tonnage ratio of 5: 5: 3: 1.5: 1.5 for the USA, UK, Japan, France and Germany to Japan outsmart by making carrier medium size but equipped strength deadly air even reap the anger of the military itself. Evidence from Japanese engineering is an attack on Pearl Harbor December 9, 1941 that brought the West will function carrier that can carry out deadly attacks on opponents target installation. When the start of the Pacific War, Japan has six aircraft carrier that is Akagi, Kaga, Soryu, Hiryu, Shokaku, and Zuikaku, and 2 light carrier is Hosho and Ryujo. Japan lost four mother ship at the Battle of Midway, the Akagi, Kaga, Soryu, and Hiryu. Since then, the offensive-offensive Japan using aircraft carrier has been discontinued and is meaningless anymore.

Countries using the carrier.

USA
Russia
France
English
China
India
Italy
Spain
Brazil

Countries that have used the carrier.

Germany
Japan
Australia
Netherlands
Argentina

The types of aircraft carrier.

In terms of propulsion.
In terms of fuel, there are two types of carriers are:
Nuclear aircraft carrier.
Carriers using nuclear-powered engine derived from nuclear reactors that are on the vessel connected to the steam turbine. The resulting steam is in addition to the Parent ship as ship propulsion is also used as a source of electric power and steam power is used as a pressure regulator on the aircraft carrier catapult to launch the shuttle. For the United States Fleet ship was coded nuclear aircraft carrier CVN example is the USS Ronald Reagan, USS Kitty Hawk, USS Enterprise.

Carriers Conventional.

The ship is using diesel-powered engines for example, is 25 de Mayo (Argentina), Giuseppe Garibaldi (Italy), RTN Chakkri Narruebet (Thailand). For US Fleet usually used code CV and currently rarely used.

Technical Launch Aircraft.

Conventional carrier (CTOL / Conventional Take Off Landing)
Aircraft carrier of this type usually are large because the deck is used as a landing and launch aircraft in conventional (regular). Equipped with catapults to launch aircraft and arrester cable (anchoring) to assist aircraft landing, as long aircraft carrier deck is shorter than the length of the runway at the base. In addition to aircraft parking space in addition to the room which was on the hull. Ships Aircraft Carriers US Navy used the average is the carrier of this kind. Example: USS Ronald Reagan, USS John F Kennedy. Kiev (Russia), 25 de Mayo (Argentina), Foch and Charles de Gaulle (France)

Carriers STOVL (Short Take Off Vertical Landing).

The ship is usually medium / light, has Sky Jump is used to launch aircraft and aircraft landing is done vertically. Therefore, the aircraft used is a special kind of fighter aircraft AV-8 Harrier sort (USA), Harrier II Plus (UK), 38 Forger Yak, Yak 141 Freehand (Russia) or helicopter. In Russian warplanes are usually equipped laser for easy landing. Most countries use this type of Parent ship because it requires maintenance and operational costs are lower than CTOL aircraft carrier types. Examples of this type of carrier is: HMS Invincible, HMS Ark Royal (UK), Giuseppe Garibaldi (Italy), Prince de Asturias (Spain), Viraat, Vikrant (India), Novorossysk (Russia), Chakri Narruebet (Thailand), USS Tarrawa (USMC.)

Functional terms.

Carriers Fleet
Escort Carriers

Fact carrier.

Aircraft carrier consists of 3 types when viewed from the type of driving, namely having nuclear, Diesel and turbine.
Accommodate at least 6,000 aircraft carrier crew and 70 to 80 aircraft.
Aircraft carrier assembled least consist of components that terintegerasi 1.milliar into a ship construction.
The aircraft carrier has a length of about 1,000 feet (300-meter)
Mother ship never sailed off alone at sea, aircraft carrier group has a fleet of destroyers, cruisers, corvettes, ship supply of food, water and fuel, as well as a submarine (submarine)
The aircraft landed with the aircraft carrier is a challenge for pilots, because it uses the Hook (hook) and on the way down to the flight deck does not reduce speed, hastening the landing aircraft to avoid failure so that the aircraft can fly again when it happens.
In the American aircraft carrier, workers on board with colorful vest specifically to find out their duties. for example, the officer in charge of air-red vest put bombs and missiles to aircraft body, yellow vest as guiding and steering the plane, a white vest as crew landing markers, brown vest as water wing plane captain, purple vest as fuel filler officer, green vest responsible for the installation of aircraft catapult for driving and photography and cargo business, as well as a blue vest in charge of aircraft and aircraft elevator operators, tractor drivers and also liaison.
A nuclear-powered aircraft carrier can sail without refueling for 20 years.
'island' is the name for the command tower located above the deck, it ranges from 46 meters high and 6 meters wide. In part this is the command center held
There are two types of configurations is version Flat deck landing deck and sky deck Jump (used for aircraft take-off and landing Short / STOL takeoff and vertical landing / VTOL usually inhabited by a fleet of Harrier aircraft or Yakovlev (russia / soviet).
To fly, aircraft driven by a 'catapult' high pressure which will drag and throw aircraft to shorten the distance to take off.
In addition to using the 'hook' for landing, the pilot guided by a lamp that was on the deck of the ship to position the aircraft will land on the corner and a safe position. The guiding lights called "meatball" (meatball runaway deck located on the left)
Aircraft hangar located below decks are made resistant to explosions and fire resistant and there is an elevator that duty picked up the deck launcher.
The aircraft carrier is equipped with a variety of missiles for self-defense (defense), among others, such as the Phalanx and seasparrow (two missile carrier in the US)
Aircraft carrier could have a weight range 15000-90000 tons
Besides looking grim, in the carrier also has other facilities such as bars, cinemas, medical room, sports facilities etc.
Jet blast deflectors, serves as a barrier to prevent the explosion of the plane was behind it, while preparing the launch aircraft, the aircraft in a state associated with catapults and jet blast deflector in the raised position and a position just behind the tail. usually there are four Jet Blast deflector in a carrier. Thank you for reading this article.
Written and posted by Bambang Sunarno. sunarnobambang86@gmail.com
author:
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/11/about-carrier.html
DatePublished: November 24, 2014 at 11:15
Tag : About Carrier.
Code : 42S4EUXRR3UM

Vessel development.

Ships are moving transportation at sea. Means of transport is used since ancient times, when our ancestors roam down the river using rafts. Although relatively old, technology development is on-going ships. Understandably, two-thirds of the earth is water. Thus, a means of transportation that can navigate the waters is needed.

In modern times, ships are increasingly sophisticated. Ships equipped with high-powered machines that can be accelerated. The design was made so luxurious and magnificent, equipped with facilities that pamper passengers.

But do you know how ships can evolve from a raft in ancient times into modern transportation facilities like today?

Kano

Kano

Here ancestors ships. The first generation of ships is still very simple. Ancient man used to use a canoe or raft to cross the river or lake. Canoes are usually made from a tree trunk.

Boat Egypt (3000 BC)

Boat Egypt

Egyptian boat was a pioneer of modern ships today. This boat already has a frame made of wood and can carry up to 20 passengers.

Boats Phoenix (2000 BCE)

Boats Phoenix

Phoenix nation, in addition to already able to build merchant ships, are also able to make warships. Phoenix nation artificial vessel driven by the screen and paddle. With this ship, they were able to sail across the UK to Africa.

Roman Boat (5 M)

Roman Boat

Roman boat known as Galiun (English: Galleon) has a large size with a large screen as well. Roman Galiun also bergerang with the help of hundreds of rowers to increase speed when fighting.

Boat Vikings (800 AD)

Boat Vikings

Vikings known as a tough sailor. Boats used this nation called longship. This boat has a beautiful ornaments.

Boat Yung (Approximately 800 M)

Boat Yung

Not to be outdone, the peoples of Asia especially Chinese people also have their own homemade boat. That boat Yung which has two screens, one of which is large and one small. This boat is very agile for its size is not too large.

Caravelle (Age 14)

Caravelle

Caravelle is a sailing ship developed by the Spanish and Portuguese. She is capable of exploring the world, you know ... Even Christopher Columbus sailed to America aboard this.

Sailing (Ages 16 to 18)

Sailing

Countries in Europe many build ships with a large screen like this. Admiral Nelson of the British use of this type of vessel, the HMS Victory in the naval battle of Trafalgar between the British and French.

Clipper (19th Century)

Clipper

Clipper is a typical American sailing ship in the mid-19th century. Clipper is famous for being able to speeding in the sea because it has a lot of screens.

Steamship (Late 19th Century)

Steamship

Along with the development of technology, the invention of the steam engine helped the development of modern ships bound ship. Genarasi steamboat era marked the end of sailboats. Steamer using steam from the boiler to drive the propeller.

Motor Ship (Age 20)

Motor Ship

Entering the 20th century, steamships began to evolve into a ship engine using diesel fuel. Motor vessel includes vessel modern times.

The ships Future

The ships Future

The ships in the future more and more modern. Modern ships that will be widely used in the future, namely the aircraft carrier, nuclear-powered submarine, hovercraft, hydrofoil, and jetfoil. Thank you for reading this article. Written and posted by Bambang Sunarno. sunarnobambang86@gmail.com
author:
http://schema.org/Personal.
https://plus.google.com/105319704331231770941.
name: Bambang Sunarno.
http://www.faradice.blogspot.com/2014/11/vessel-development.html
DatePublished: November 24, 2014 at 10:33
Tag : Vessel development.
Code : 42S4EUXRR3UM