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Journals   A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Engineering Sciences
1672-4178
2006 Issue 2
the difference of the pulmonary-artery pressure of the migrantsfrom difference elevation at the 4636 4907 m altitude
Duan Jinqing1; Liu Hongbin1; Zhang Xinian1;Lu Hongmin1; Gou Ai1; Liu Zheng1; Wang Tao1; Ge Rili2
..............page:183-186
numerical analysis for temperature characteristics of open boundary crushed-rock embankment on qinghai-tibet railway
Lai Yuanming; Zhang Mingyi; Liu Zhiqing; Yu Wenbing
..............page:134-142
analysis of the effectiveness of thermosiphon, awning and insulations board on permafrost roadbed
Liu Jiankun1; Qian Zhengyu2; Liu Fengxi3
..............page:117-127
the impact of climate warming on permafrost and qinghai-tibet railway
Wu Qingbai; Li Shuxun; Liu Yongzhi
..............page:92-97
blasting technology research in construction of fenghuoshan tunnel in permafrost
Tan Zhongsheng1; Kuang Chengming2; Yang Xiaolin3; Wang Mengshu1
..............page:85-91
quinghai-tibet railway and environment protection
Ran Li
..............page:29-34
Study of Treating HAPE with HBO in Situ at the Altitude of 4636 m
Duan Jinqing1; Zhang Xinian1; Liu Hongbin1; Liu Zheng1; Liu Guozhen1; Lu Hongmin1; Liu Junxin1 ; Ge Rili2
..............page:187-191
clinical analysis of gpt alteration of constructors for qinghai-tibetan railroad at different altitude areas
Peng Quansheng1; Yuan Zhengcai1; Wang Zhengjiang1; Wu Zhiling1; Zhang Xinxia1Ge Rili2; Jin Guoen2; Hu Ying2
..............page:227-230
experimental study on riprap air-cooled roadbed of qinghai-tibet railway
Li Ning; Wei Qingchao; Wei Jing
..............page:98-107
effect of factors on physiology acclimatization of construction groups entering again into plateau in early days
Yuan Zhencai1; Zhang Xuefeng2; Peng Quansheng1
..............page:223-226
bridge-instead-of-embankment design concept for qinghai-tibet railway
Lei Xiaofeng; Wu Shaohai; Li Chenggen
..............page:128-133
study and application of health care measure in tunnel construction of qinghai-tibet railway
Ding Shouquan1; Liu Yingshu2; Jia Jianhou1; Liang Bozhou3;Qiu Changchun4; Zhou Wenyu4; Dai Ruichen5; Li Dan6;Yang Xiaolan7; Li Yi8; Tang Wei9; Zhu Yongquan 10 2University of Science and Technology Beijing; China 3China Railway Department 4Institute of Basic Medical Sciences of the Chinese Academy of Medical S ciences 5Headquarters of China Qinghai-Tibet Railway 6.China Peking University 7Beijing huakang HiTech Co.; Ltd; China 8.China Academy of Railway Science 9Beijing Peking Xianfeng Technology Co.; Ltd; China 10.Shijiazhuang Railway Institute; China.
..............page:166-171
the informatization construction of fenghuoshan tunnel in permafrost
Tan Zhongsheng1; Ren Shaoqiang2; Zhang Mi1
..............page:69-76
investigation of prevalence rate of acute severe altitude diseaseof construction groups at high altitude
Zhang Xuefeng1; Ye Pingan2; Chen Xiaofeng3
..............page:219-222
study on occupational health surveillance system usedduring construction of qinghai-tibet railway
Shi Hongsheng; Ren Anxu; Zhao Yalin; Ye Yuhua
..............page:198-203
application and study on dynamic design in qinghai-tibet railway construction
Ma Wei; Cheng Guodong; Wu Qingbai
..............page:77-84
change and relationship of hematocrit and electrocardiogram of the crew in high altitude span transportation
Yuan Zhencai1; Zhang Xuefeng2; Peng Quansheng1
..............page:231-235