This author designed The Emotional Competence Scale for Children ( ECSC ).

Results ECSC predictions were closer to the Chinese ones than other selected equations.

结果　ECSC方程较为接近我国方程.

ECPs, in turn, affect flight manuals and technical orders for maintaining the F-16 .

ECP将依次影响到维护F -16 的飞行手册和技术指标.

Based on the O-serogroups, ECPs of 23 Aeromonas hydrophliastrains and Aeromonas sobria strain were prepared.

在血清学分型的基础上制备了23株嗜水气单胞菌和1株温和气单胞菌的胞外产物.

Background-Obesity may alter vascular endothelial cell protein expression ( ECPE ) of molecules that influence susceptibility to atherosclerosis.

肥胖症可能改变血管内皮细胞分子的蛋白表达 ( ECPE ),进而影响对动脉粥样硬化的易感性.

While ECPC on human fetus lung fi-brocyte ( HFLF ) and human fetus kidney cells ( HFK ) showed growth promotion effect.

ECPC对人胎儿肺纤维细胞 ( HFLF ) 和人胎儿肾细胞 ( HFK ) 显示促生长作用.

When this does not occur, the ECOS system activates the alarm an encoder fault.

当这不发生时, ECOS系统激活编码器缺失的警报.

Results Epilepsy focus localization coincidence between MEG guided neuronavigation and ECoG was 100 %.

结果脑磁图癫痫灶定位与术中皮质脑电图定位符合率100%.

Methods 16 patients with brain tumors with epilepsy were surgically treated by intra-operative cortical electroencephalogram ( ECoG ) monitoring.

方法　16例伴有癫痫症状的脑肿瘤患者,术中通过皮层 脑电图 确定癫痫灶,切除肿瘤后,切除或热灼可疑癫痫灶.

Purpose : To study the value of ECoG in treating refractory epilepsy by surgery.

目的: 探讨皮层脑电图监测在外科手术治疗顽固性癫痫中的价值.

Objective To conclude the clinical experiences of monitoring of EcoG at epileptic surgery.

目的　总结术中皮层脑电图(ECoG)用于继发性癫痫外科治疗的临床经验.

The score of ECOG was significantly improved than that before chemotherapy ( P < 0.05 ).

化疗后ECOG评分比化疗前有显著性改善 ( P<0.05 ).

At present, ECMC also continuing to try hard to serve more customers.

目前, ECMC还在继续努力服务更多的客户.

The building and improvement of the test methods of ECDP filament tenacity loss were expounded emphasise.

着重阐述了阳离子易染聚酯长丝强度降测试方法的建立及完善.

Engine central electronic control system is widely used in all types of Nissan cars.

发动机集中电子控制系统(ECCS)被广泛地应用在日产各型汽车上.

Equal channel angular pressing ( ECAP ) is a promising technology for producing bulk ultra-fine grained ( UFG ) materials .

等通道转角挤压是能够获得块状超细晶组织的一种新的 材料加工 方法.

The purpose of equal channel angular pressing ( ECAP ) is to obtain the ultra-fine grained ( UFG ) materials.

等径角挤压是获得块体超细 晶材料 的一种重要方法.

However, many problems about ECAP are not clear and the fabricating not perfect at present.

但是, 到目前为止,对等径角挤压技术,尚有许多问题不清楚,在制备技术上仍存在一些问题.

ECAP responses of the No. 3, 5, 10, 15, 20 electrodes of each patient were recorded.

分别测试每位患者第3 、 5 、 10 、 15 、 20号5个电极的ECAP波形.

XRD data indicate that this ECAP processing causes the XRD peaks to broaden.

XRD数据显示ECAP加工增加了织构并使衍射峰变宽.

The transformation is due to the shear strain imposed on the specimen by ECAP.

该转变发生是由于ECAP过程中材料承受剪切应变,应变能累积诱发再结晶,从而形成等轴晶双相结构.