French Bulldog Pipi
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1937年淞沪会战的最后一役，“八百壮士”奉命坚守上海四行仓库，以少敌多顽强抵抗四天四夜。
China’s poverty relief campaign
1938 Japanese bombing on Guangzhou
1938年 日軍對廣州大轟炸 1938年，在5月開始日戰機頻密轟炸廣洲，廣州大轟炸，日軍投彈落民居，死傷慘重，廣州陷入一片火海，統計當時廣洲死14587人，傷者無數，1938年10月21日廣州淪陷，不小大陸難民(富與貧)都避難來香港，但日本已訂下入侵香港計劃。
Lee Kuan Yew on China and South-east Asia in 1967
1967年新加坡新立國李光耀論中國未來美國 東南亞兩和新加坡關系 (新加坡簡體中文字幕)南海問題中新加坡的思維邏輯上世紀六十年代就已奠定.李光耀（1923年9月16日－2015年3月23日），客家人，祖籍廣東梅州。李光耀長期擔任新加坡共和國總理和人民行動黨秘書長，對新加坡歷史、經濟、政治均有影響，因此被稱為新加坡建國之父，也被美國《商業內幕》評為「20世紀最成功的獨裁者」第二名。
Traveling-wave reactors project cancelled
China National Nuclear Power will cancel a nuclear energy technology development subsidiary scheduled to cooperate with Bill Gates’ Terra Power to develop fourth-generation nuclear energy technology because the US government is standing in the way of the partnership, CNNP announced yesterday.
Terra Power unilaterally terminated the cooperation in the fourth-generation nuclear energy technology traveling-wave reactor with the technology transfer limitations placed by the Trump administration, resulting in the loss of the foundation for the cooperation, the major Chinese energy developer said in its announcement.
CNNP decided to dissolve and cancel CNNP TWR Technology Investment Tianjin overseeing the project funding and CNPC Hebei Nuclear Power in charge of implementing the project, per the announcement.
CNNP’s wholly-owned CNNP Technology Investment unit holds a 50 percent stake in each of the two project companies.
CNNP TWR and Terra Power’s wholly-owned subsidiary set up a joint venture Global Innovation Nuclear Energy Technology with a 50:50 split in November 2017 to jointly develop traveling-wave reactor technology and advance the TWR project, per the announcement.
TWR is fourth-generation nuclear power technology, which uses a nuclear fission reactor to convert material into usable fuel via nuclear transmutation, in conjunction with the burnup of fissile material. Existing unclear power can directly use only about 0.7 percent of the isotopes in natural uranium, but the TWR technology can use 30 percent to 40 percent, and even 60 percent to 70 percent in some cases.
Theoretically the TWR technology can sustain operations for decades on one charge of fuel without replenishment or removal of spent fuel, which reduces the cost and environmental risks of nuclear energy as well as the risk of nuclear proliferation.
Pearl S. Buck
Pearl Sydenstricker Buck (June 26, 1892 – March 6, 1973; also known by her Chinese name Sai Zhenzhu; Chinese: 赛珍珠) was an American writer and novelist. As the daughter of missionaries, Buck spent most of her life before 1934 in Zhenjiang, China. Her novel The Good Earth was the best-selling fiction book in the United States in 1931 and 1932 and won the Pulitzer Prize in 1932. In 1938, she was awarded the Nobel Prize in Literature “for her rich and truly epic descriptions of peasant life in China and for her biographical masterpieces”. She was the first American woman to win the Nobel Prize for Literature.
https://en.wikipedia.org/wiki/Pearl_S._Buck
After returning to the United States in 1935, she continued writing prolifically, became a prominent advocate of the rights of women and minority groups, and wrote widely on Chinese and Asian cultures, becoming particularly well known for her efforts on behalf of Asian and mixed-race adoption.
I should not be truly myself if I did not, in my own wholly unofficial way, speak also of the people of China, whose life has for so many years been my life also, whose life, indeed, must always be a part of my life. The minds of my own country and of China, my foster country, are alike in many ways, but above all, alike in our common love of freedom. And today more than ever, this is true, now when China’s whole being is engaged in the greatest of all struggles, the struggle for freedom. I have never admired China more than I do now, when I see her uniting as she has never before, against the enemy who threatens her freedom. With this determination for freedom, which is in so profound a sense the essential quality in her nature, I know that she is unconquerable.
https://www.nobelprize.org/prizes/literature/1938/buck/speech/
https://www.sohu.com/a/411037094_572660
A Humble Chinese Worker’s Contribution to America
In the prestigious Columbia University, the department of East Asian Studies, there is a post for special studies of Chinese culture and Han teachings called the “Dean Lung Professorship,” which was established and funded by Horace Walpole Carpentier in 1901 to commemorate Dean Lung, his illiterate but noble Chinese servant.
https://www.ixigua.com/6863135304874721804
近代中国史学泰斗钱穆记述了丁龙讲座的来历： 〝百年前广东有一华侨，名丁龙，居纽约。林肯总统时代，一将军退役后一人独居。雇一男仆，治理家务。但此将军性好漫骂，仆人辄不终约而去。丁龙亦曾为其家仆，亦以遭骂辞去。后此将军家遭火灾，独居极狼狈。丁龙闻之，去其家，愿复充仆役，谓其家乡有古圣人孔子，曾教人以恕道，曰：“己所不欲，勿施于人。”今将军遭火灾，独居，余曾为将军仆，闻讯不忍，愿请复役。此将军大叹赏，谓不知君乃读书人，能读古圣人书。丁龙言，余不识字，非读书人，孔子训乃由父亲告之。将军谓，汝父是一读书人，亦大佳。丁龙又谓，余父亦不识字，非一读书人。祖父曾祖父皆然。乃由上代家训，世世相传，知有此。此将军大加欣赏，再不加骂，同居相处如朋友。积有年，丁龙病，告将军，余在将军家，食住无虑，将军所赐工资，积之有年。今将死，在此无熟友，家乡无妻室，愿以此款奉还将军，以志积年相敬之私。丁龙卒。此将军乃将丁龙积款倍加其额，成一巨款，捐赠纽约哥伦比亚大学，创立一讲座，名之曰“丁龙讲座”。以专门研究中国文化为宗旨。至今此讲座尚在。但余居北平教读北大、清华、燕京三大学，教授多数以上全自美国留学归来，亦有自哥伦比亚毕业来者，但迄未闻人告余丁龙事。及余亲去美国，始获闻之。〞
TCM Four Diagnostic Monitor
中医问闻望切四诊仪 主要组成及功能编辑
由舌面模块、脉象模块、问诊（体质辨识）模块、数据管理模块、传感器、内置数据处理工作站等组成。
适用范围：供医疗机构进行舌象、脉象、面色诊测信息采集及辅助体质辨识；供中医辨证参考用。
舌面模块
[工作原理 ]
在特定的光源环境下，采用照相机获得患者舌、面部位的图像信息，运用国际照明委员会（CIE）色差公式和支持向量机（SVM）、动态形状模型（ASM）等多项成熟先进技术，对舌体及面部图像的颜色、纹理、轮廓进行特征提取，将这些特征值与特征数据库中的阈值进行比对，给出舌象、面色分析结果。
[输出结果]
脉象模块
[工作原理 ]
采用特定触力面的压力传感器，对受试者脉搏压力信号进行采集，通过传感器将其转换为压力波的电信号，然后提取电信号中具有代表性的幅度值与时间值，与特征数据库中的阈值进行比对，给出脉象分析结果。
[输出结果]
脉象名称：浮 、沉 、迟 、数 、缓 、疾 、结 、代、促、虚、实、弦、紧、滑 、涩 、平等。
问诊（体质辨识）模块
[工作原理]
采用中华中医药学会ZYYXH/T157-2009《中医体质分类与判定》标准，通过问诊模块的人机交互，系统自动分析给出体质辨识结果。
[输出结果]
体质类型：平和质、气虚质、阳虚质、阴虚质、痰湿质、湿热质、血瘀质、气郁质、特禀质。
数据管理模块
舌面象模块
拍摄环境稳定，分析准确性高
采集装置有效像素1500万以上，分辨率与色彩还原性符合中医体质辨识临床应用的要求；
采集环境采用了具有自主知识产权的结构设计，能够模拟自然光照环境，均匀稳定、无反光、无阴影；
可根据不同的拍摄部位自动调整位置和角度，满足在同一光照环境中先后拍摄舌面图像的要求。
脉象模块
客观化信息采集，定量化脉图分析
脉搏采集部件符合人体工程学设计要求，能进行准确的取脉定位，并能模拟中医举、按、寻的诊脉过程，浮、中、沉三部全自动加压取脉，减少人为因素的干扰；
智能化软件分析，能自动进行特征提取、自动识别与滤除各种伪差，DS01-A型中医体质辨识系统可提供脉象分析结果。
问诊（体质辨识）模块
采用中华中医药学会ZYYXH/T157-2009《中医体质分类与判定》标准，通过问诊模块的人机交互，DS01-A型中医体质辨识系统自动分析给出体质辨识结果。
数据管理模块
信息输出丰富，查询统计快捷
可输出图示化、定量化的中医四诊信息，为中医临床疗效评估与科研提供参考依据；
可将中医四诊信息接入医院信息系统，支持中医电子病历建设；
可提供高级查找、信息回放、历次数据对比等功能，最大程度满足医生的应用需求
We want Americans to be successful too
