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The moon landed by Chinese from BEHIND! 嫦娥四号Great Success starts 2019! GPGT! GVGT!

Tony Tan

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Rabbit let lose to ramp around on the backside of moon like BAYI?! GPGT!

http://www.sohu.com/a/286717617_428290?spm=smpc.home.fspic.2.15466160726315o9dhdI





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玉兔二号全身照丨着陆器地形地貌相机拍摄的玉兔二号在A点影像图

2019-01-04 19:17

d02c4269656640ff8c4d41a4670c1694.jpeg

由嫦娥四号着陆器地形地貌相机拍摄的玉兔二号在A点的影像图​

截至4日17时,嫦娥四号着陆器上低频射电频谱仪的三根5米天线展开到位,德国的月表中子及辐射剂量探测仪开机测试,地形地貌相机拍摄的影像图陆续传回地面。玉兔二号巡视器与中继星成功建立独立数传链路,完成了环境感知、路径规划,按计划在月面行走到达A点,开展科学探测。测月雷达、全景相机已开机,工作正常。其它有效载荷将陆续开机。

(央视记者:崔霞 吴杰 王世玉 李厦)返回搜狐,查看更多


Rabbit let lose to ramp around on the backside of moon like BAYI?! GPGT!


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Yutu No. 2, full body photographed by the lander and landform camera, the image of the Yutu No. 2 at the A point



2019-01-04 19:17




Image of the Yutu No. 2 taken at the A point by the No. 4 Lander Terrain Camera


As of 17:00 on the 4th, the three 5m antennas of the low-frequency radio spectrum analyzer on the No. 4 lander were deployed in place. The German lunar neutron and radiation dose detectors were tested on the ground, and the image images taken by the topographical camera were successively transmitted back to the ground. Yutu No. 2 patrol and relay star successfully established an independent digital transmission link, completed environmental awareness and path planning, and walked to the A point on the moon as planned, and carried out scientific exploration. The moon-measuring radar and panoramic camera are turned on and work normally. Other payloads will be powered on one after another.


(CCTV reporter: Cui Xia, Wu Jie, Wang Shiyu, Li Xia) Return to Sohu, see more
 
Last edited:

Tony Tan

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Dotard asked Xijinping for Orbit Data of 嫦娥4号 spaceship, China told NASA to fuck spider! LOL!


https://mil.news.sina.com.cn/china/2019-01-04/doc-ihqfskcn3959765.shtml

美向中国索要嫦娥四号探测器轨道数据 中方断然拒绝

美向中国索要嫦娥四号探测器轨道数据 中方断然拒绝



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导语:但当中国宣布要对图塔蒂斯小行星进行探测后,美国方面随即把相关的轨道数据都对外封锁,这一举动让中国的探月计划颇为被动。不久前,美方竟又索要中国嫦娥四号探测器的轨道数据,以便监测其落月情况,中方同样拒绝了美方的要求。
fW16-hqzxptp4901415.jpg

据香港《文汇报》1月4日报道称,中国探月工程在国际合作方面始终保持开放合作态度,探月路上的“小伙伴”也越来越多。
文章称,中国探月工程这一路走来的过程并非全都是坦途。近日,中国工程院院士、中国探月工程总工程师吴伟仁就在采访中中对外讲述了几则人们不曾知悉的故事。
吴伟仁表示,中国探月工程在2003年开始起步,虽然目前的总的发射次数并不多,但是整体收获却颇丰。
h1sp-hqzxptp4901486.jpg


吴伟仁称,在嫦娥二号探月卫星完成绕月探测任务后,计划对拉格朗日L2点进行环绕探测,并对图塔蒂斯小行星进行飞跃探测。他回忆称,当时很多小行星的轨道数据内只有美国拥有,这些数据一直是向全球公开的。但当中国宣布要对图塔蒂斯小行星进行探测后,美国方面随即把相关的轨道数据都对外封锁,这一举动让中国的探月计划颇为被动。虽然面临挑战,但中国还是集全国天文台之力,去寻找图塔蒂斯小行星的飞行轨道,最后成功完成了飞跃探测任务。
在2013年12月,嫦娥三号探测器发射时,实现人类进入21世纪以来首次在月球表面的软着陆。在探测器发射前,美方曾多次致电中国科学院,以行动可能影响美国月尘监测卫星为由,要求中方提供嫦娥三号的飞行轨道及落月时间等多种数据,但中方并未答应美方的要求。不久前,美方再次索要中国嫦娥四号探测器的轨道数据,以便监测其落月情况,中方同样拒绝了美方的要求。
吴伟仁称,如今越来越多的国家希望能够与中国在探月工程上进行合作。今年5月,“鹊桥”中继星的发射任务中,搭载在“龙江二号”微卫星上的沙特探月光学相机一道发射升空,并成功获取月球表面可见光图像,这让沙特全国上下都非常重视。在德国访问期间,一位德国院士研究月球车十几年,希望中国能够帮他将月球车发射上去。“过去我们是求着人家搞国际合作,通过几次探月行动,先进的国家都愿意跟我们合作。”吴伟仁说。



The United States asks China for the track data of the No. 4 detector.
The United States asks China for the track data of the No. 4 detector.
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Lead: But when China announced that it would probe the Tutatis asteroid, the US side immediately blocked the relevant orbital data. This move made China's lunar exploration program passive. Not long ago, the US actually asked for the orbital data of China's No. 4 detector to monitor its moonfall. The Chinese side also rejected the US request.

According to the Hong Kong "Wen Wei Po" reported on January 4th, the Chinese lunar exploration project has always maintained an open and cooperative attitude in international cooperation, and there are more and more "small partners" on the lunar exploration road.

The article said that the process of China's lunar exploration project is not all smooth. Recently, Wu Weiren, an academician of the Chinese Academy of Engineering and chief engineer of the Chinese lunar exploration project, told the story about several stories that people did not know.

Wu Weiren said that the Chinese lunar exploration project started in 2003. Although the current total number of launches is not large, the overall harvest is quite abundant.

Wu Weiren said that after the Lunar 2 lunar exploration satellite completed the mission around the moon, it planned to make a surround detection of the Lagrange L2 point and make a leap detection of the Tutatis asteroid. He recalled that the orbital data of many asteroids at that time was only owned by the United States, and the data was always open to the world. However, when China announced that it would probe the Tutatis asteroid, the US side immediately blocked the relevant orbital data, which made China's lunar exploration program quite passive. Despite the challenges, China has gathered the power of the National Astronomical Observatory to find the flight orbit of the Tutatis asteroid, and finally successfully completed the leap detection mission.

In December 2013, when the Chang'e III probe was launched, it achieved the first soft landing on the lunar surface since the 21st century. Before the launch of the detector, the US had repeatedly called the Chinese Academy of Sciences to request the Chinese to provide a variety of data such as the flight orbit and the time of the moon on the grounds that the action may affect the US moon dust monitoring satellite, but the Chinese did not agree to the US. Requirements. Not long ago, the US once again asked for the orbital data of China's No. 4 detector to monitor its moonfall. China also rejected the US request.

Wu Weiren said that more and more countries now hope to cooperate with China in the lunar exploration project. In May of this year, in the launch mission of the “Bridge Bridge” relay star, the Saudi lunar optical camera mounted on the “Dragon River No. 2” microsatellite was launched and launched, and successfully obtained the visible image of the lunar surface, which made the whole country of Saudi Arabia They all attach great importance to it. During his visit to Germany, a German academician studied the lunar rover for more than a decade and hoped that China could help him launch the lunar rover. "In the past, we were asking people to engage in international cooperation. Through several lunar exploration operations, advanced countries are willing to cooperate with us." Wu Weiren said.
 

tun_dr_m

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Russian are so proud of Chinese success in 嫦娥四号 their news media started to call Chinese OUR COMRADES which is something they stopped doing for decades! 成功了称兄道弟!有面子!

https://mil.news.sina.com.cn/jssd/2019-01-05/doc-ihqfskcn4316959.shtml



俄媒报道嫦娥四号时 用了这句中国人耳熟能详的称呼
俄媒报道嫦娥四号时 用了这句中国人耳熟能详的称呼
45

  随着中国“嫦娥四号”成功在月球背面软着陆,成为人类首次在月球背面软着陆的航天器。

  世界各大媒体都正面报道了这件壮举,而俄罗斯战略与技术分析中心的官方网站在发文对中国“嫦娥四号”登月进行报道时,用了“祝贺中国同志”的话语,一句“达瓦里希”(俄语“同志”),似乎充满了对过往岁月的感慨!

  图片:“嫦娥四号”软着路后,释放出了“玉兔二号”月球车。

  众所周知,中国的“两弹一星”计划是完全由中国人自力更生、艰苦奋斗拼搏出来的。但是在早期,苏联曾经对于我国弹道导弹研制工作进行了援助。中国的导弹火箭发展,确实也凝聚了那些苏联专家的心血,在当时,一句达瓦里希,或许就是中国科技人员、军人、工人们懂得第一句俄语!

  图片:苏联专家与中国技术人员。

  1956年8月17日,中国致函苏联部长会议主席布尔加宁,请求苏联政府在导弹制造、研究和使用方面给予援助。9月13日,苏共回电表示愿意在建立导弹事业方面给予中国援助,同意提供教学用的近程地地导弹,并派专家来华教学,并接收50 名留学生到苏联学习相关专业。

  同年10月8日,国防部第五研究院在北京成立,聂荣臻在成立大会上提出,我国导弹研制应以“‘自力更生为主,力争外援和利用资本主义国家已有的科研成果’作为五院的建院方针”。

  图片:中国自行研制的探空火箭。

  根据中苏双方的前期沟通,1957年9月7日,聂荣臻率领的代表团抵达莫斯科。9日上午,聂荣臻率部分成员拜会了苏联部长会议国家对外经济联络委员会主席、苏联政府代表团团长别尔乌辛。别尔乌辛表示,苏方代表团接受苏共中央交付的任务,任务很重要且艰巨,但苏方将尽量给予中国帮助。后双方各组成了军事、原子、导弹、飞机、无线电等5 个小组进行谈判。

  9 月14 日,别尔乌辛向聂荣臻提交了《中华人民共和国政府和苏维埃社会主义共和国联盟政府关于生产新式武器和军事技术装备以及在中国建立综合性原子工业的协定(草案)》,并说:“这种协定在苏联外交史上还是第一次,因为中国是最可靠、最可信托的朋友。希望中国政府能早日定案。”

  图片:被称为东风-1的中国首枚弹道导弹,原型是苏联的P-2弹道导弹,也就是大名鼎鼎的德国V-2火箭的苏联发展版本。

  10月15日,中苏双方在莫斯科苏联国防部大楼签订了正式协定。随后,苏联按照协定要求于1957 年和1958 年向中国提供了几种导弹、飞机和其他军事装备的实物样品,交付了相应的技术资料和设备,并派出了一批技术专家。在建立综合型原子工业方面也按照协定及合同的规定交付了一部分设备,提供了相应的技术资料,派出了技术专家。苏方人员还在靶场选址、基地建设、人员培训等方面也给予中国积极支持和帮助,为我国导弹航天事业的起步奠定了物质、人力和技术基础。

  图片:当时地面靶场有罗布泊和敦煌两个方案,苏联专家从气象上考虑,建议放在罗布泊。

  比如,1957 年12 月30 日,以列·米·盖杜柯夫少将为首的17 位苏联专家来华帮助开展导弹试验靶场的勘察设计工作。中苏两国专家在北京研究了选场条件,确定在东北、华北、西北地区勘选陆上导弹综合靶场,在渤海和辽东湾沿岸勘选海上导弹试验靶场。

  再比如,按照协定,苏联帮助中国建设火箭与防空导弹总体及发动机研究院,发动机与全弹试验站,空气动力研究所,火箭与防空、飞航式导弹控制系统研究院。1958年1月18日,苏联经济联络总局驻京副代表加里宁率齐琴科夫等12 名专家来华就以上4 个项目的开展进行磋商。中方代表李强、钱学森、王诤、刘秉彦等参加会谈。后来这4 个项目全面进入了建设阶段,奠定了五院北京基地的规模和基础,为我国导弹事业的仿制以及独立研制奠定了物质基础。

  图片:钱学森同志是国防五院首任院长,我国早期的仿制导弹和自行研发的国产导弹都是在他的领导和决策下进行的,所以他是“中国导弹之父”。

  还有,1957年12月20日,苏联两列火车60个车皮载运P-2型地对地导弹和地面设备到达中国满洲里口岸,为教会中国同志使用、维护,苏联派出以布里奥·伯列任斯基上校为首的102名火箭兵和专家来华任教,教学期为3 个月。

  1958年1月11日,教导大队举行了第一期开学典礼上,五院院长钱学森同志在讲话中指出:“对导弹武器装备,我们还是个不会走路的孩子,现在是刚刚起步,我们深信在党中央的正确领导下,在启蒙老师苏联专家的帮助下,经过我们自己的辛勤努力,一定能会走、会跑,成长壮大。”

  图片:中国航天事业的开端——长征一号运载火箭就来自于东风弹道导弹技术。

  正如钱老的预研,中国导弹航天事业随后进入了蓬勃发展的时代,就算后来由于中苏关系等客观原因,苏联撤走了专家,中国也能够放开手脚自己干!

  当然,一句“达瓦里希”,还是让人想到当年苏联老大哥对于中国的帮助,虽然那个时代已经非常久远!而我们中国人,最终凭借自己的聪明才智,在导弹航天领域取得了不弱于当年老师的成就,甚至率先登陆月球背面,青出于蓝而胜于蓝!这也许是俄罗斯同行们用“中国同志”时的感慨吧!(作者署名:虹摄库尔斯克)

  图片:中国同志已经走上了自己的航天征程!


The Russian media reported that on the 4th, this Chinese-speaking name was used.
The Russian media reported that on the 4th, this Chinese-speaking name was used.
45

As China's "Chang'e IV" successfully landed on the back of the moon, it became the first spacecraft for humans to land softly on the back of the moon.

The world’s major media have positively reported this feat, and the official website of the Russian Center for Strategic and Technical Analysis used the words “Congratulations to Chinese comrades” when it published a report on China’s “Chang'e IV” landing. Warrich" (Russian "comrade") seems to be full of emotions for the past years!

Photo: After the soft road of "嫦娥四号", the "Yu Rabbit No. 2" lunar rover was released.

As everyone knows, China’s "two bombs and one star" plan is completely self-reliant and hard work by the Chinese. But in the early days, the Soviet Union had assisted in the development of China's ballistic missiles. The development of China's missile rockets did indeed condense the efforts of the Soviet experts. At that time, a Dawa Lich, perhaps Chinese scientists, soldiers, and workers knew the first sentence of Russian!

Photo: Soviet experts and Chinese technicians.

On August 17, 1956, China sent a letter to the Chairman of the Soviet Council of Ministers, Bulganin, requesting the Soviet government to provide assistance in missile manufacturing, research and use. On September 13, the CPSU returned to China and expressed its willingness to provide assistance to China in establishing the missile cause. It agreed to provide short-range ground-to-ground missiles for teaching, and sent experts to teach in China, and received 50 international students to study related majors in the Soviet Union.

On October 8, the same year, the Fifth Research Institute of the Ministry of National Defense was established in Beijing. Nie Rongzhen proposed at the inaugural meeting that China’s missile development should be based on “self-reliance, foreign aid and the use of scientific research results in capitalist countries”. The guidelines for building a hospital."

Photo: China's own sounding rocket.

According to the previous communication between China and the Soviet Union, on September 7, 1957, a delegation led by Nie Rongzhen arrived in Moscow. On the morning of the 9th, Nie Rongzhen led some members to meet with the president of the State Foreign Economic Liaison Committee of the Soviet Council of Ministers and the head of the Soviet government delegation Berthusin. Berwusin said that the Soviet delegation accepts the tasks delivered by the Central Committee of the CPSU. The task is very important and arduous, but the Soviet side will try its best to help China. Afterwards, the two sides formed five groups including military, atomic, missile, aircraft, and radio to negotiate.

On September 14, Berthusin submitted to Nie Rongzhen the "Agreement between the Government of the People's Republic of China and the Union of Soviet Socialist Republics on the Production of New Weapons and Military Technical Equipment and the Establishment of a Comprehensive Atomic Industry in China" (draft). "This kind of agreement is the first time in the history of Soviet diplomacy because China is the most reliable and trustworthy friend. I hope the Chinese government can finalize the case as soon as possible."

Photo: China's first ballistic missile known as Dongfeng-1, the prototype is the Soviet P-2 ballistic missile, also known as the Soviet version of the famous German V-2 rocket.

On October 15, the two sides signed a formal agreement in the Soviet Ministry of Defense building in Moscow. Subsequently, in 1957 and 1958, the Soviet Union provided China with several physical samples of missiles, aircraft and other military equipment, delivered corresponding technical materials and equipment, and dispatched a group of technical experts. In the establishment of a comprehensive atomic industry, a part of the equipment was also delivered in accordance with the provisions of the agreement and the contract, the corresponding technical information was provided, and technical experts were dispatched. The Soviet side also gave China active support and assistance in shooting site selection, base construction, personnel training, etc., laying a material, human and technical foundation for the start of China's missile aerospace industry.

Photo: At the time, the ground shooting range had two plans, Lop Nur and Dunhuang. The Soviet experts considered it from a meteorological point of view and suggested to be placed in Lop Nur.

For example, on December 30, 1957, 17 Soviet experts headed by Major General Leh Giddukov came to China to help carry out the survey and design of the missile test range. Experts from China and the Soviet Union studied the selection conditions in Beijing, and determined to select the onshore missile integrated range in the northeast, north and northwest regions, and to select the offshore missile test range in the Bohai Sea and Liaodong Bay.

For another example, according to the agreement, the Soviet Union helped China to build the Rocket and Air Defense Missile General and Engine Research Institute, the Engine and Full Bomb Test Station, the Aerodynamics Research Institute, and the Rocket and Air Defense and Flight Missile Control System Research Institute. On January 18, 1958, 12 representatives of the Soviet Union Economic Liaison Bureau's deputy representative in Beijing, Kalinin led Zychenkokov, came to China to conduct consultations on the above four projects. Chinese representatives Li Qiang, Qian Xuesen, Wang Wei and Liu Bingyan attended the talks. Later, these four projects entered the construction phase in an all-round way, laying the foundation and foundation of the Beijing base of the Fifth Institute, laying a material foundation for the imitation and independent development of China's missile industry.

Photo: Comrade Qian Xuesen is the first dean of the Fifth National Defense Academy. China’s early imitation missiles and self-developed domestic missiles were carried out under his leadership and decision-making, so he is the “father of Chinese missiles”.

Also, on December 20, 1957, 60 trains of two trains of the Soviet Union carried P-2 ground-to-ground missiles and ground equipment to reach the Manzhouli Port in China. They were used and maintained by the Chinese comrades. The Soviet Union sent Brio Bo. 102 rocket soldiers and experts headed by Colonel Leninsky came to China to teach, with a teaching period of 3 months.

On January 11, 1958, the teaching brigade held the first opening ceremony. Comrade Qian Xuesen, the president of the Fifth Academy, pointed out in his speech: "We are still a child who can't walk on missile weapons and equipment. Now it is just getting started. We are just starting. I am convinced that under the correct leadership of the Party Central Committee, with the help of the enlightenment teachers and Soviet experts, through our own hard work, we will surely go, run, and grow stronger."

Photo: The beginning of China's space industry - the Long March 1 carrier rocket comes from Dongfeng ballistic missile technology.

Just as Qian’s pre-research, China’s missile aerospace industry subsequently entered a period of vigorous development. Even after the objective reasons such as Sino-Soviet relations, the Soviet Union withdrew its experts, and China was able to let go of its own hands!

Of course, a "Davarich" still reminds people of the Soviet Union's big brother's help to China, although that era has been very long! And our Chinese, in the end, relying on their own ingenuity, in the field of missile aerospace, did not weaken the achievements of the teachers of the year, and even took the lead on the back of the moon, blue out of blue and better than blue! This may be the feeling of Russian colleagues when they use "Chinese comrades"! (Author's signature: Rainbow Photo Kursk)

Photo: Chinese comrades have embarked on their own space journey!
 
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