1) inner electrode pile
内电极节瘤
2) electrode adjustment
电极调节
1.
The output of fuzzy control is transmitted to PLC through MPI multipoint transport protocols by WinCC calling for the DLL, thus implementing decoupling fuzzy control electrode adjustment in CaC2 control system.
通过WinCC调用动态连接库,将模糊控制的输出通过MPI多点传输协议传递给PLC驱动执行器,实现电石炉控制系统电极调节的模糊解耦控制。
2.
Since the old-style electric arc furnace had so many drawbacks in the production processes such as high failure rate,low controllability,etc,based on the relationship of the arc current and the length,an intelligent control model of the electrode adjustment was built according to the characteristics of the electrode adjustment and the requirement of the smelting technics.
针对旧式电弧炉在生产过程中存在的故障率高、控制差等诸多问题,结合电极调节特点和冶炼工艺要求,依据电弧电流和弧长的关系,建立电极调节智能控制模型。
3) electrode regulation
电极调节
1.
The process of PID parameters setting is complicated,By applying this modified genetic algorithm to the optimizing of parameters of Finery electrode regulation system PID controller,Their objective function and optimization strategy is defined firstly,then compared three different simulation experiment of PID parameters genetic algorithm,simulation result shows its feasibility and utility.
PID参数整定过程复杂繁琐,应用改进的遗传算法对精炼炉电极调节系统PID控制器参数进行优化设计,首先确立目标函数及寻优策略,然后对PID参数3种遗传算法的仿真试验进行分析比较,仿真结果表明了改进遗传算法的可行性与有效性。
4) silver internal electrode
银内电极
5) Intracranial electrode
颅内电极
1.
Indications of presurgical long-term intracranial electrode implantation for non-lesion intractable epilepsy;
无病灶性癫术前长程颅内电极埋置的适应证探讨
2.
Effects of robot assistant frameless stereotaxy for intracranial electrode implantation:reports of 19 cases
机器人辅助无框架定位颅内电极埋植(附19例分析)
3.
Intracranial electrode placement to sites of epileptoge.
目的探讨18F-FDG PET脑显像对癫痫颅内电极放置位置选择的价值。
6) intramuscular electrodes
肌内电极
1.
MethodsPerforming lateral movements of spine,including lifting and lowering of different loads(0-40 kg) held laterally in one hand,the activities of eight trunk muscles and the angular motion of the trunk from side to side in six subjects were recorded using intramuscular electrodes and video project.
方法在6个站立的受试者,单手不同负重(0~40 kg)进行侧提和侧放时,应用肌内电极检测8块躯干肌的活动;测量摄像中对侧躯干角运动。
2.
Methods Performing lateral movements of spine, including lifting and lowering of different loads (0 -40 kg) held laterally in one hand, the activities of eight trunk muscles and the angular motion of the spine in six subjects were recorded using intramuscular electrodes and video project.
方法在6个站立的受试者,单手不同负重(0—40 kg)执行侧提和侧放时,应用肌内电极检测8块躯干肌的活动; 测量摄像中侧对侧躯干角运动。
补充资料：子宫内膜上皮内瘤样病变
子宫内膜上皮内瘤样病变
EIN包括子宫内膜不同程度的不典型增生和原位癌。以前称之为子宫内膜不典型增生过长、腺瘤型增生过长、不典型腺瘤型增生过长、重度增生过长、腺型增生过长有细胞不典型及原位癌等。EIN的组织形态：腺细胞呈复层，排列失去极性，较大而不规则，有大而不规则的核仁、局部细胞质多而呈伊红色。病灶多为局部、多发性，可与正常、萎缩或各型增生过长相间存在。目前EIN名称尚未被广泛应用，仍多用子宫内膜不典型增生。至于子宫内膜原位癌的诊断至今尚无统一的定义。近年部分病理学家意见：“一个真正的内膜原位癌是腺体已有肿瘤性变化而无间质浸润。”而实际上在诊断时要肯定这样的病变相当困难。一般临床遇到EIN中至重度时，故其癌前病变常采用手术治疗，切除子宫。
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