1) electronic incision
电切
1.
Internal urethrotomy combined with transurethral electronic incision of urethra for urethral stricture or urethratresia;
尿道内切开结合电切术治疗尿道狭窄或闭锁
2.
Endoscopic treatment of urethral stricture and atreturethria with Holmium laser combined with transurethral electronic incision (a report of 43 cases);
内镜下钬激光结合电切治疗尿道狭窄或闭锁(附43例报告)
3.
【Conclusion】 Internal urethrotomy combined with transurethral electronic incision of urethra could be an effective method,or even be the first choice.
方法28例患者采用尿道冷刀内切开结合瘢痕电切术治疗,其中对尿道闭锁患者,术中配合应用软性膀胱尿道镜。
2) Electroexcision
电切
1.
Clinical Application of Endoscopic Electroexcision on Diagnosis and Treatment in Small Leiomyomas of Esophagus;
高频电切除术在微小食管平滑肌瘤诊断和治疗中的作用
4) cutting power supply
切割电源
1.
The paper analyzes and designs the main circuit of high-power IGBT inverted air plasma cutting power supply.
对一种大功率IGBT逆变式空气等离子切割电源的主电路进行了原理分析与设计。
2.
Focusing on characteristics of inverted plasma cutting power supply with nonlinearity,time variability and hybrid property,a simulation model of digital inverted cutting power system based on PI adjustment was put forward.
采用基于Simulink的元件仿真技术,针对逆变式等离子弧切割电源本身具有非线性、时变性及混杂性特点,建立了基于PI调节的数字化逆变式切割电源系统仿真模型。
5) resectoscope
[英][ri'sektəskəup] [美][rɪ'sɛktə,skop]
电切镜
1.
Treatment of bladder stones with Ho.YAG laser lithotripsy by resectoscope;
经尿道电切镜下大功率钬激光治疗膀胱结石
2.
Pneumatic ballistic lithotripsy via out sheath of resectoscope in the treatment of benign prostatic hyperplasia with bladder calculi (report of 16 cases);
经电切镜外鞘气压弹道治疗前列腺增生所致膀胱结石(附16例报告)
3.
Crushing Treatment of Cystolith with Pressure Bullet under Ureteroscope via Resectoscope Trocar;
经电切镜外鞘输尿管镜下气压弹道碎石治疗膀胱结石(附36例报告)
6) electrocision
电切术
1.
Objective To explore perioperative nursing points in patients with cystitis glandularis treated with electrocision via urethra.
目的探讨经尿道电切术治疗腺性膀胱炎围手术期的护理经验。
2.
Methods:Twenty cases of cystitis glandularis were pathologically diagnosed by using cystoscopy,and were treated by electrocision through urethra.
方法:对20例腺性膀胱炎患者采用膀胱镜检查和组织活检,确诊后行经尿道电切术,术后采用羟基喜树碱膀胱灌注化疗1年。
补充资料：电弧切割
用电弧作为热源的热切割。与气割相比，电弧切割质量较差，但因电弧温度较高，能量较集中，能切割的材料种类比气割广泛。所有的金属材料几乎都可以用电弧切割。电弧切割分为碳弧切割、气刨和空心焊条电弧切割3种。①碳弧切割:用钳式割炬夹持圆柱形、扁形或矩形的碳棒作为电极之一，另一电极为工件。压缩空气从割炬喷气孔喷出，并沿碳棒侧面或四周喷向电弧在工件上的燃着点，吹除熔化金属和熔渣，形成切口。碳弧切割可用于切除焊缝缺陷、开坡口、切除铸件冒口、飞边、毛刺和缺陷，以及废品废料的解体等（见图）。②气刨：用碳弧切割的方法在工件表面上开槽。③空心焊条电弧切割：原理和用途与碳弧切割相似。电极用特制的空心焊条，焊条的药皮起稳定电弧和增大熔化金属流动性的作用。压缩空气从焊条中心孔喷出，吹除被电弧熔化的金属和熔渣，形成切口。
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