1.
Unscrambling the Rural Middle-aged Teachers Crisis of "Highland Period";
解读农村中年教师的“高原期”危机
2.
Contribution to Global Change of Mongolian Plateau and Loess Plateau in the Last Glaciation and Interglacial Periods
末次冰期-间冰期蒙古高原与黄土高原对全球变化的重要贡献
3.
SHTS with aluminathermic reduction stage
带铝热还原期的自蔓燃高温合成
4.
Central Moment and Original Moment Based on g-expectation;
基于g-期望的高阶中心矩及原点矩
5.
The Piano Art in Russia "Cultural Plateau" Center;
论俄罗斯“文化高原”时期的钢琴艺术
6.
Basic Principles of Contemporary Student Administration in Universities and Colleges;
试论新时期高校学生工作的基本原则
7.
Paleocene-Eocene Tectonic Evolution in Central Tibetan Plateau
青藏高原中段古近纪早期古构造演化
8.
Optimization of Treatment Process of Algae-laden Raw Water from Luan River
高藻期引滦原水处理工艺的优化研究
9.
An Analysis on the Causes of and Countermeasures to the High Employment Expectations of University Graduates;
高校毕业生择业期望值偏高的原因及对策探析
10.
A new theory of improving oil recovery factor for oilfields in extra high water cut stage
高含水期油田提高原油采收率的新理论
11.
Research on Sedimentary Response to Uplifting of Tibetan Plateau Hinterland and Oil-gas Reservation during the Late Cretaceous-Paleogene Period;
青藏高原腹地晚白垩—古近纪高原隆升的沉积响应与油气后期保存
12.
The Regularity of Autonomic Nervous System Function Change during the Initial Phase at Acute High-altitude Exposure and Its Relationship with Acute Mountain Sickness;
急进高原初期自主神经功能变化规律及其与急性高原反应关系
13.
The Comparison of Physiological Index of Plateau Athletics between Plateau Training and Plain Competition;
世居高原运动员高、平原训练与比赛期间部分生理指标对比研究
14.
The Mechanism of EPO Early Decline and Its Predictive Role in Altitude Training
EPO在高原训练中早期下降的机制及对高原训练效果的预测作用
15.
Comparison of Risk Factors Clustering Between Prehypertensives and Essential Hypertensives Among Mongolian Population
蒙古族原发性高血压前期与原发性高血压危险因素聚集
16.
Baikal Lake blocking high and Qinghai-Xizang high covered the Yellow River Basin in the flood season during midsummer.
盛夏期间黄河流域先后受贝加尔湖阻塞高压和青藏高原高压控制 ;
17.
Cultivation of Land in the Loess Plateau and Aggradation of the Lower Yellow River in the Northern Song Dynasty
北宋时期黄土高原的土地开垦与黄河下游河患
18.
Climate of the Holocene Megathermal in the Source Area of the Yellow River, Northeast Tibet
青藏高原东北部黄河源区大暖期气候特征