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30篇 您的检索式：作者名="Erbert"

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	题名	作者	年代	出处	被引量
1	Directly diode-pumped holmium fiber lasers显示文摘	Jackson S D Bugge F Erbert G	2007	Optics Letters2007，32，17：	1
2	查看详情显示文摘	Haynam C A Wegner P J Auerbach J M Bowers M W Dixit S N Erbert G V Heestand G M Henesian M A Hermann M R Jancaitis K S Manes K R Marshall C D Mehta N C Menapace J Moses E Murray J R Nostrand M C Orth C D Patterson R SacksR A Shaw M J Spaeth M Sutton S B W		0，，：	1
3	Gain spectra measurements by a variable stripe length method with current injection 显示文摘	OSTER A ERBERT G WENZEL H	1997	Electron Lett1997，33，10：	1
4	The posterior reversible encephalopathy syndrome: what's certain, what's new 显示文摘	Roth C F erbert A	2011	Pract Neurol2011，11，3：	1
5	High- power 808 nm lasers with a super-large optical cavity 显示文摘	KNAUER A ERBERT G STASKE R	2005	Semiconductor Science and Technology2005，20，：	1
6	Highly reliable 75 W InGaAs/A1GaAs laser bars with over 70% conversion efficiency 显示文摘	ERBERT G BUGGE F KNIGGE A	2006	SPIE2006，6133，：	1
7	Mounting of high power laser diodes on boron nitride heat sinks using an optimized Au/Sn metallurgy显示文摘	Pittroff W Erbert G Beister G	2001	IEEE Transactions on Advanced Packaging2001，24，4：	1
8	High-power diode lasers with small vertical beam divergence emitting at 808 nm 显示文摘	Wenzel H Bugge F Erbert G	2001	Electron Lett2001，37，16：	1
9	Scientific Discovery and Simplicity of Method显示文摘	ERBERT A	1997	Artificial Intelligence1997，91，2：	1
10	Conductively cooled 1 kW QCW diode laser stacks enabling simple fiber coupling显示文摘	Pittroff W Erbert G Eppich B	2010	IEEE Trans on Components and Packagring Technologies2010，33，1：	1
11	High duty cycle,highly efficient fiber coupled 940-nm pump module for high-energy solid-state lasers显示文摘Tailored diode laser single emitters with long(6 mm) resonators and wide(1.2 mm) emission apertures that operate with940 nm emission wavelength were assembled in novel edge-cooled vertically stacked arrays, and used to construct a compact and highly efficient fiber coupled pump source for Yb:YAG pulsed high-energy class solid-state lasers. The novel configuration is shown to allow repetition rates of 200 Hz at 1 ms pulse duration, at an output power of 130 W per single emitter. The emission of two stacked arrays was then optically combined to realize pump modules that deliver6 kW peak power(pulse energy 6 J) from a 1.9 mm core diameter fiber, with wall plug efficiency of 50%. This represents a significant improvement in terms of duty cycle and electro-optical efficiency over conventional sources. The pump module has been successfully tested at the Max Born Institute, Berlin during trials for pumping of disk lasers.	Ren Platz Bernd Eppich Juliane Rieprich Wolfgang Pittroff Gtz Erbert Paul Crump	2016	High Power Laser Science and Engineering2016，4，1：	1
12	Novel passivation process for the mirror facets of Al-free active-rigion high power semiconductor diode lasers 显示文摘	RESSEL P ERBERT G ZEIMER U	2005	IEEE Photon Teeh Lett2005，17，5：	1
13	Scientific discovery and simplicity of method显示文摘	Erbert A	1997	Artificial Intelligence1997，91，：	1
14	Improved theory of the refractive-index change in quantum-well lasers 显示文摘	Wenzel H Erbert G Enders P M	1999	IEEE Journal Selected Topics in Quantum Elec- tronics1999，5，3：	1
15	400 μm stripe lasers for high-power fiber coupled pump modules显示文摘We present a 940 nm quasi-continuous wave semiconductor laser designed as a building block for high-power fiber coupled pump modules.The laser comprises a 400μm narrow-stripe array mounted on an aluminum nitride substrate using hard solder.The chip has been optimized for high optical power and low lateral far-field angles.Two vertical and six lateral structure variations have been investigated to determine the best achievable performance.Operating at 1 ms pulse width and a repetition rate of 10 Hz,the laser device reaches a maximum pulse power of 86 W from a 400μm aperture and more than 62%maximum conversion efficiency.Low lateral far-field angles(95%power enclosed)of11.5 and 13.5,depending on the epitaxial design,enable efficient multimode fiber coupling.The potential for highly reliable applications has been demonstrated.	Ren Platz Gtz Erbert Wolfgang Pittroff Moritz Malchus Klaus Vogel Gnther Trnkle	2013	High Power Laser Science and Engineering2013，1，1：	1
16	Passively cooled 940 nm laser bars with 730/00 wall-plug efficiency at 70 W and 25 ℃ 显示文摘	A Knigge G Erbert J JOnsson	2005	Electronics Letters2005，41，5：	1
17	High-power 808 nm lasers with a super-large optical cavity 显示文摘	KNAUER A ERBERT G STASKE R	2005	Semiconductor Science and Technology2005，20，6：	1
18	High-power diode lasers with small vertical beam divergence emitting at 808 nm 显示文摘	WENZEL H BUGGE F ERBERT G	2001	Electronics Letters2001，37，16：	1
19	16 W output power by high-efficient spectral beam combining of DBR-tapered diode lasers 显示文摘	MULLER A VIJAYAKUMAR D JENSEN O B HASLER K H SUMPF B ERBERT G ANDERSEN P E PETERSEN P M	2011	Optics Express2011，19，2：	1
20	Conductively cooled 1 kW-QCW diode laser stacks enabling simple fiber coupling显示文摘	Pittroff W Erbert G Eppich B	2010	IEEE Trans on Components and Packaging Technologies2010，33，1：	1

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