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A Comparative in Vitro Study of Power Output Deterioration over Time Between Ho:YAG Laser Fibers from Different Manufacturers as a Function of Deflection and Power Input

机译：不同制造商的Ho：YAG激光光纤之间随时间变化的功率输出随偏转和功率输入而变化的体外比较研究

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摘要

ObjectivesTo investigate the performance of laser fibers from 6 major manufacturers in vitro and to identify the effect of time and angulations (180° and 0°) on fiber power output.

机译：目的研究6家主要制造商的激光光纤的体外性能，并确定时间和角度（180°和0°）对光纤功率输出的影响。

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期刊名称 Current Urology
作者
Andreas Bourdoumis; Panagiotis Christopoulos; Nirmal Raj; Artemis Fedder; Noor Buchholz;
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作者单位

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年(卷),期 2016(9),1
年度 2016
页码 12–18
总页数 7
原文格式 PDF
正文语种
中图分类泌尿科学（泌尿生殖系疾病）;小儿泌尿科学;肾疾病;
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入库时间 2022-08-17 12:57:03

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专利

1. A Comparative in Vitro Study of Power Output Deterioration over Time Between Ho:YAG Laser Fibers from Different Manufacturers as a Function of Deflection and Power Input [J] . Bourdoumis A., Christopoulos P., Raj N., Current urology. . 2015,第1期

机译：不同制造商的Ho：YAG激光光纤之间随时间变化的功率输出随偏转和功率输入而变化的体外比较研究
2. A Comparative in Vitro Study of Power Output Deterioration over Time Between Ho:YAG Laser Fibers from Different Manufacturers as a Function of Deflection and Power Input [J] . Andreas Bourdoumis, Panagiotis Christopoulos, Nirmal Raj, Current urology. . 2015,第1期

机译：不同厂商与偏转电力输入的函数的HO：YAG激光纤维随着时间的推移功率输出劣化的比较体外研究
3. Correlation between the operation time using two different power settings of a Ho: YAG laser: laser power doesn’t influence lithotripsy time [J] . Takashi Kawahara, Hiroki Ito, Hideyuki Terao, BMC research notes . 2013,第1期

机译：使用Ho：YAG激光的两种不同功率设置的操作时间之间的相关性：激光功率不会影响碎石时间
4. Infrared optical fibers of GeO2 glassy system for power energy delivery of Nd:YAG Ho:YAG and Er:YAG laser [C] . Dimitrij Lezal, Lab. of Inorganic Materials, Prague, Medical and Fiber Optic Sensors and Delivery Systems . 1996

机译：GeO2玻璃态系统的红外光纤，用于Nd：YAG Ho：YAG和Er：YAG激光器的能量传输
5. Power Scaling of Single-Mode Ytterbium and Erbium High-Power Fiber Lasers =Tek Modlu Ytterbium ve Erbium Yüksek Gü?lü Fiber Lazerlerin Gü? ?l?eklendirmesi [D] . Maitiniyazi, Tuerhong. 2020

机译：单模YTTerbium和铒高功率光纤激光器的电力缩放=单模YTTerbium和erbium高Günli纤维激光器？？l？嵌入
6. Correlation between the operation time using two different power settings of a Ho: YAG laser: laser power doesn’t influence lithotripsy time [O] . Takashi Kawahara, Hiroki Ito, Hideyuki Terao, 2013

机译：使用Ho：YAG激光的两种不同功率设置的手术时间之间的相关性：激光功率不会影响碎石时间
7. A Comparative in Vitro Study of Power Output Deterioration over Time Between Ho:YAG Laser Fibers from Different Manufacturers as a Function of Deflection and Power Input [O] . Andreas Bourdoumis, Panagiotis Christopoulos, Nirmal Raj, 2016

机译：不同制造商与不同厂商的电力输出劣化电力输出劣化的比较体外研究，不同厂商作为偏转和电源输入的函数
8. Experimental Study of Output Energy Versus Input Power Density for Rare Gas Halide Avalanche Discharge Lasers [R] . Skrlac, W., Arnaudov, W., Hohla, K., 1985

机译：稀有气体卤化物雪崩放电激光器输出功率与输入功率密度的实验研究

A Comparative in Vitro Study of Power Output Deterioration over Time Between Ho:YAG Laser Fibers from Different Manufacturers as a Function of Deflection and Power Input

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