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| 1 | Distribution of Borehole Temperature at Four High-altitude Alpine Glaciers in Central Asia显示文摘在四条高高度的高山的冰河的地上凿穿温度的分发被调查。结果证明温度从 −13.4 ° C 到 −1.84 ° C,显示冰河在整个地上凿穿是冷的。否定坡度(即,与增加深度减少的温度)由于冰的移流并且温暖的气候,和向下移动的否定坡度联系到温暖的气候,为移动在韦斯特中国与以前调查的大陆人冰核心地上凿穿温度相比在 Gyabrag 冰河和 Miaoergou 冰河的地上凿穿降低深度的观察最小的温度可能负责。在 10 m 深度的地上凿穿温度在阿尔泰山范围在 Tsabagarav 冰河在中央喜马拉雅山脉在 Gyabrag 冰河从 −8.0 ° C 到 −12.9 ° C。在 10 m 深度的地上凿穿温度比冰河的表面上的计算吝啬的年度空气温度高是 3 ∼4 度并且更高, 10 m 深度温度被潜伏的热的生产主要由于融化水过滤和 refreezing 引起。基础温度在融化的点下面是远的,显示冰河被冻结到基岩。基岩附近的低温度坡度建议基础温度上的地热的流动和冰流动的影响是很弱的。低温度和冰河的冰流动的小速度为在冰核心的化学、同位素的信息的保藏是有益的。 | LIU Yaping HOU Shugui WANG Yetang SONG Linlin | 2009 | Journal of Mountain Science2009，6，3： | 3 |
| 2 | Mod- eling and application of GM( 1, 1), growth curve and Markov combination to natural gas consumption forecast显示文摘 | Gao Jun Song Shugui Wu Peng Xiong Jing Li Quanfeng | 2012 | Journal of Southwest Petroleum University: Social Sciences Edition2012，14，1： | 1 |
| 3 | The Current State and Progress of Mpox Vaccine Research显示文摘On July 23,2022,the World Health Organization(WHO)declared the monkeypox(mpox)outbreak a“Public Health Emergency of International Concern.”Since 2022,outbreaks of mpox in many countries around the world have primarily resulted in fatalities among immunocompromised individuals,such as untreated HIV/AIDS patients.Since the eradication of smallpox was declared by the WHO in 1980,the global vaccination against smallpox has been gradually discontinued.China also stopped routine smallpox vaccination in 1981.The protective effect of the smallpox vaccine has decreased over time due to aging and declining immunity in those who were vaccinated.For individuals,timely vaccination against smallpox is an effective means of protection against mpox.However,due to safety concerns with the smallpox vaccine and the limitations of current mpox vaccines,there is no vaccine that is safe,effective,and has low side effects applied in clinical settings.This article provides a comprehensive review of the development of mpox virus(MPXV)vaccines,their application in special populations,and the current state of vaccine research,considering the etiology,transmission,and prevention of the MPXV.Vaccination,as an effective method of epidemic prevention,can provide long-term immune protection and effectively reduce the severity of infection.However,as there is no licensed specific MPXV vaccine available globally,the vaccines currently used for mpox prevention are mostly smallpox vaccines.These smallpox vaccines can offer some degree of protection against mpox by activating cross-protection in the body. | Xinlong Wang Zhixia Gu Shugui Sheng Rui Song Ronghua Jin | 2024 | China CDC weekly2024，6，7： | 0 |
| 4 | An Improved Method for Modeling Spatial Distribution of δD in Surface Snow over Antarctic Ice Sheet显示文摘Using the recent compilation of the isotopic composition data of surface snow of Antarctic ice sheet, we proposed an improved interpolation method of δD, which utilizes geographical factors (i.e., latitude and altitude) as the primary predictors and incorporates inverse distance weighting (IDW) technique. The method was applied to a high-resolution digital elevation model (DEM) to produce a grid map of multi-year mean δD values with 1km spatial resolution for Antarctica. The mean absolute deviation between observed and estimated data in the map is about 5.4‰, and the standard deviation is 9‰. The resulting δD pattern resembles well known characteristics such as the depletion of the heavy isotopes with increasing latitude and distance from coast line, but also reveals the complex topographic effects. | WANG Yetang HOU Shugui Bjom GRIGHOLM SONG Linlin | 2009 | Chinese Geographical Science2009，19，2： | 0 |
| 5 | Combining in-situ TEM observations and theoretical calculation for revealing the thermal stability of CeO_(2) nanoflowers显示文摘The thermal stability of Ce_(2) nanomaterials can directly impact both the uniformity of the supported catalysts and the catalytic behavior of Ce_(2) itself.However,knowledge about the thermal stability of Ce_(2) is still deficient.Here,we conduct in-situ transmission electron microscopy experiments and theoretical calculations to elucidate the thermal stability of Ce_(2) nanomaterials under different environments.A sinter(<700℃)and a structural decomposition(>700℃)are observed within Ce_(2) nanoflowers under O_(2).The sinter firstly occurs among the nanoflowers’monomers and then the sintered nanoparticles structurally decompose to tiny nanoparticles from the strain interface.Under a vacuum environment,the Ce_(2) nanoflowers firstly undergo a transition from cubic fluorite Ce_(2) to hexagonal Ce_(2)O_(3),accompanied by the oxygen release.The Ce_(2)O_(3) nanoparticles further atomically sublimate from the edges to the center under high temperatures.Theoretical calculation results reveal a considerably lower energy barrier for the structural decomposition under O_(2) and for the sublimation under vacuum.This work provides a perspective on the structural design and performance optimization of Ce_(2)-based catalysts. | Mingyun Zhu Kuibo Yin Yifeng Wen Shugui Song Yuwei Xiong Yunqian Dai Litao Sun | 2022 | Nano Research2022，15，2： | 0 |
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