1) lesion potential
损伤电位
2) demarcation potential
损伤电位
3) injury potential
损伤电位
4) hypoxic injury potential
缺氧损伤电位
1.
The appearance time of attenuation and disappearance time of PS,the appearance of hypoxic injury potential and the .
方法大鼠离体海马脑片以人工脑脊液孵育,观察缺氧后海马CA1区诱发群峰电位(population spike,PS)开始减小的时间和消失时间,缺氧损伤电位(hypoxic injury potential,HIP)出现时间、出现率和保持时间,复氧后PS的恢复率和恢复程度等指标并观察L-THP对这些指标的影响。
2.
Results The hypoxic injury potential (HIP) appeared in the slices during simulated ischemia in the control group, and the OPS recovered to certain.
结果 使用人参皂甙Rb1(6 0 0 μmol/L)后 ,可使缺氧损伤电位 (hypoxicinjurypotential,HIP)发生率明显减少 (P <0 。
5) damage
损伤
1.
Meso-damage mechanics and its application in metal plastic forming;
细观损伤力学及其在金属塑性加工中的应用
2.
Damage analysis of fiber reinforced resin matrix composites irradiated by CW laser;
树脂基复合材料在连续激光作用下的损伤
3.
Evolvement of micro-damage in magnesium alloy under superplastic deformation;
镁合金超塑性变形的损伤演化效应
6) injury
损伤
1.
Application of Low-field-MRI in Diagnosis of Corpus Callosum Injury;
低场MRI在胼胝体损伤诊断中的应用
2.
Effects of Ethanol Extract from Mrrubium Incisum on Organs Injury in Acute Microcirculatory Disturbance Rats;
夏至草醇提物对急性微循环障碍大鼠器官损伤的干预作用
3.
New Target for Myocardial Reperfusion Injury:Mitochondria Permeability Transition Pore;
心肌再灌注损伤新靶点:线粒体渗透性转换孔
7) injuries
损伤
1.
Experimental Research of Anisodamine Gel in Prevention and Treatment of Rabbit's Auricular Vein Injuries Due to Mannitol;
山莨菪碱凝胶防治甘露醇所致兔耳缘静脉损伤的实验研究
2.
Emergent endovascular embolization of iatrogenic renal vascular injuries;
医源性肾血管损伤的急诊血管内栓塞治疗
3.
Problems and strategies in the current treatment of bone and joint injuries;
骨与关节损伤治疗中存在的问题与对策
8) Injure
损伤
1.
11 cases analysis that diagnosis of low ureter iatrognic injure were delayed;
医源性输尿管下段损伤延迟诊断的临床分析
2.
On injure of physical ligament of ankle articulation and its providing prevention and cure in P.E. teaching & training;
体育教学训练中踝关节韧带损伤及防治
3.
For example,which part of body is injured What nature of injures is When did injures happen What effect of injures is on training And what kind of characteristics do injures have Training causes are carefully analyzed in order to provide some training countermeasures for the prevention of judo athletes injures.
运用专家访谈、问卷调查法等方法,对中国女子柔道集训队的优秀女子柔道运动员运动的损伤部位,损伤性质,损伤的时间,创伤对训练的影响及损伤特点等进行全面的调查研究,详细分析探讨其致伤原因,并在此基础上提出预防运动损伤的有效的训练学对策。
9) Trauma
损伤
1.
Investigation on Diagnosis and Treatment of Pancreatic Trauma;
胰腺损伤诊治的若干问题探讨
2.
Diagnosis and treatment of renal trauma (Report of 82 cases);
肾脏损伤诊治体会(附82例报告)
3.
Comparing Study on MRI Diagnosis and Joint-screen Diagnosis of Knee-joint Ligament Trauma;
膝关节韧带损伤的MRI诊断与关节镜对照研究
10) deface
损伤
补充资料:表面电位与电动电位
表面电位与电动电位
surface potentials and electro- kinetic potentials
匕一oom一an dianwe一丫u dlandong dl占nwei表面电位与电动电位(surfaee potentials andeleetrokinetie Potentials)矿物界面双电层的两个重要的电性参数,表示矿物一水界面荷电的程度。浮选时矿物粒子在水溶液中要和各种离子发生作用,作用的结果经常使矿物表面的电性发生变化。故研究矿物表面的电性,即测定表面电位或电动电位的变化,可以找出矿物与浮选药剂作用的一些规律,进而分析矿物与药剂作用的机理。 表面电位是指固体表面与溶液内部的电位差,以申。表示。它主要取决于溶液中定位离子的浓度。表面电位与定位离子的活度之间的关系服从于能斯特方程,故表面电位的表达式为 RT,a+RT,a生 口n一.一二二In甲丁-一二丁In— n厂a千n厂a一式中R为气体常数;T为绝对温度;n为离子价数;F为法拉第常数;a+、a一为正、负定位离子的活度,在稀溶液中就等于它们的浓度;“年、a巴为表面电位为。时的正、负离子的活度。对于一些氧化矿物,H+和OH-离子是定位离子。当n一1,25C时上述表达式可以简化为必。=0.0591(pH。一pH)。式中pH。为表面电位为。时溶液的pH值,即为矿物的零电点。(见零电点与等电.点)可见,当溶液pH值大于矿物的零电点时矿物表面荷负电,反之荷正电。电动电位是指当溶液处在电场作用下,矿物粒子与溶液之间产生相对运动时,滑动界面上显示的电位,以夸表示。这一电位可用电泳法、电渗法、流动电位法或沉降电位法测出。使用得较多的方法是显微电泳法口对于一些氧化矿物,由于它不导电,理论研究上经常测定它的电动电位。 (龚焕高)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条