1.
Latent damage in n-well diffused resistor under ESD stress
ESD应力下n阱扩散电阻的潜在损伤
2.
Research on applocation of 1/f noise in detecting latent damage in MOS devices;
MOS器件潜在损伤的1/f噪声检测方法研究
3.
A new potential target for therapy of heart ischemia injury:mitochondria;
抗心肌缺血损伤潜在治疗新靶点——线粒体
4.
Potential Pharmacologic Role of Kv2.1 Potassium Channel in Ischemic Neuron Injury
Kv2.1钾通道在神经元缺氧损伤中的潜在药理学作用
5.
Analysis of the death and potential life lost of injury in Wuxi,1996～2000
无锡市1996～2000年伤害死亡状况和潜在寿命损失分析
6.
Analyse of Latency Causation and Defense Countermeasure for Wushu Sanda athlete Sport Injured;
武术散打运动员运动损伤的潜在原因分析及对策
7.
DAMAGE CLASSIFICATION BY PROBABILISTIC NEURAL NETWORKS BASED ON LATENT COMPONENTS FOR TIME-VARYING SYSTEM
基于潜在成分的时变系统损伤的概率神经网络分类(英文)
8.
Damage Identification by Probabilistic Neural Networks Based on Latent Components for Time-Varying Structure System
基于潜在成分和概率神经网络的时变结构系统的损伤识别
9.
Objective To study potential years of life lost (PYLL), direct burden of economy and the potential lost of economy (PLE) of dead cases by injury in Lanzhou.
目的了解伤害住院死亡病例的潜在减寿年数、直接经济负担及潜在经济损失的状况。
10.
Barotramatic Disorders in Guinea Pigs During Simulated Dives
豚鼠的耳气压损伤(模拟潜水实验)
11.
The Underlying Sources of ’"Mourn the Flowing" ’s Love and Marriage Tragedy -- Interpretation "Mourn the Flowing ";
论《伤逝》婚恋悲剧的潜在根源——《伤逝》解读
12.
The traffic injuries caused570 years of potential life lost before age65 year and1500 classes lost for school children.
调查年间车祸导致的潜在寿命损失为570年,学龄儿童因车祸受伤而致缺课1500节。
13.
This damage is potentially more alarming in that it involves one of the drugs used in treatment, ergotamine.
这种损伤更具有潜在的危险性，因为它涉及到治疗中所用到的一种药物——麦角胺。
14.
Prognosis of self-care outcome of patients with paraplegia and mobility potential of patients with complete spinal cord lesions was usually clear at admission.
截瘫病人的自理及完全损伤病人的运动潜能的预后常常在入院时就已明朗。
15.
Cautio damni infecti
关于潜在损害之要式口约，谨防未生损害之诉
16.
Damage is set on the structure and identified usingthis index;
在结构上设定了损伤,并用该损伤指数对该损伤进行识别;
17.
The Investigation of Effect and Injury Mechanism of Reactive Oxygen Species after Spinal Cord Injury;
活性氧在脊髓损伤后的作用及损伤机制的研究
18.
Application of Arthroscopic Thermal Shrinkage for Treatment of Partial Intercarpal Interosseous Ligament Injuries Combined with TFCC Injuries
射频皱缩在腕骨间韧带损伤和TFCC损伤中的应用