1.
Experimental Study on Renal Cortex Microcirculation After High-voltage Electrical Contact Injury;
高压电烧伤肾皮质微循环的实验研究
2.
Dynamic Alteration and Significance on Pia Mater Microcirculation After High-voltage Electric Burn
实验高压电烧伤软脑膜微循环动态变化和意义
3.
Experimental Study on Intestinal Mucosa Microcirculation after High-tension Electrical Burn;
高压电烧伤后家兔肠粘膜微循环的实验研究
4.
Experimental Study of the Deep Fascia Microcirculation after Acute High Tension Electrical Burns of Rabbits;
高压电烧伤后深筋膜微循环的实验研究
5.
Experiment Study on Pia Mater Microcirculationafter High-voltage Electrical Burn;
高压电烧伤兔软脑膜微循环的实验研究
6.
Empirical Study of Mesenteric Microcirculation After High-voltage Electric Burn;
高压电烧伤后肠系膜微循环的实验研究
7.
Clinical and epidemiological analysis of high-voltage electrical burns due to fishing
钓鱼致高压电烧伤的临床和流行病学分析
8.
Dynamic Alteration on Gastric Mucosal Microcirculation of Rabbits after High-Voltage Electriccal Burn and Its Significance;
高压电烧伤家兔胃粘膜微循环的动态变化及意义
9.
The Dynamic Change of Tumor Necrosis Factor-α、Endothelin-1、Nitric Oxide and the Intervention of Ulinastatin on Rats Which Were Received High Intension Electricity Burn
高压电烧伤大鼠早期TNF-α、ET-1、NO动态变化及乌司他丁的干预作用
10.
Dynamic Alteration and Significance of Pancreas Hemoperfusion After Experimental High-voltage Electrical Contact Injury
实验高压电烧伤对胰腺微循环灌流量动态变化及意义
11.
An injury produced by fire, heat, radiation, electricity, or a caustic agent.
烧伤，烫伤，灼伤因火焰、高温、辐射、电击或腐蚀性物质而造成的伤害
12.
Objective To explore the cause of hypertension occurred after large area burns.
目的探讨大面积烧伤后高血压症发生原因。
13.
Reasons on Rise of Electrolyzer Voltage in Ion-exchange Membrane Caustic Soda
离子膜烧碱电解槽电压升高之原因分析
14.
I am burned, mashed, pinched, cut, bruised.
我被烧伤、挤压、夹痛、切伤、挫伤。
15.
Utility of ~(99m)Tc-MDP Imaging in the Evaluation of Limbs Injury with High Voltage Electric Burn
~(99m)Tc-MDP对肢体高压电损伤的诊断价值
16.
The Effect of the High Pressure Sintering Process on the Microstructure and Thermoelectric Properties of CoSb_3;
高压烧结过程对CoSb_3微观结构及热电性能的影响
17.
The Theoretical Analysis and Numerical Simulation on the Residual Stresses in Thermoelectric Materials Sintering by High-pressure Method;
高压烧结热电材料残余应力分析与数值模拟
18.
Combustion Characteristics of Electronically Controlled High Pressure Common Rail Diesel Engine Fueled with Biodiesel
电控高压共轨柴油机燃用生物柴油的燃烧特性