Niklaus Wetter

Dr. Niklaus Wetter

orcid

Research Focus & Metrics

Academic Career Length

36Years (1991-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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20 August 2004 in Lasers in Surgery and Medicine
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DCDelma R. Cruz
Delma R. Cruz
EKEduardo K. Kohara
Eduardo K. Kohara
MRMartha Ribeiro
Martha Ribeiro
NWNiklaus Wetter
Niklaus Wetter

19 October 2008 in Applied Physics B
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Journal Article
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Luciana Reyes Pires KassabLuciana Reyes Pires Kassab
Luciana Reyes Pires Kassab
FBF. A. Bomfim
F. A. Bomfim
JMJ. R. Martinelli
J. R. Martinelli
NWNiklaus Wetter
Niklaus Wetter
JNJ. J. Neto
J. J. Neto
CACid B. de Araújo
Cid B. de Araújo

18 October 2004 in Lasers in Surgery and Medicine
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Journal Article
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NWNiklaus Wetter
Niklaus Wetter
MBMárcia C.S. Barroso
Márcia C.S. Barroso
JPJosé E.P. Pelino
José E.P. Pelino

1 November 2004 in Journal of Non-Crystalline Solids
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Journal Article
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Luciana Reyes Pires KassabLuciana Reyes Pires Kassab
Luciana Reyes Pires Kassab
LCLilia Courrol
Lilia Courrol
RSR. Seragioli
R. Seragioli
NWNiklaus Wetter
Niklaus Wetter
STS.H. Tatumi
S.H. Tatumi
LGL. Gomes
L. Gomes

2 May 2006 in Journal of Materials Processing Technology
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Journal Article
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IAI.A. Almeida
I.A. Almeida
WRWagner de Rossi
Wagner de Rossi
Milton Sergio Fernandes de LimaMilton Sergio Fernandes de Lima
Milton Sergio Fernandes de Lima
JBJ.R. Berretta
J.R. Berretta
GNG.E.C. Nogueira
G.E.C. Nogueira
NVN.D. Vieira
N.D. Vieira

16 April 2012 in Optics Express
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Journal Article
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JJJonas Jakutis-Neto
Jonas Jakutis-Neto
JLJipeng Lin
Jipeng Lin
NWNiklaus Wetter
Niklaus Wetter
HPHelen Pask
Helen Pask
A Nd:YLF/KGW Raman laser has been investigated in this work. We have demonstrated CW output powers at six different wavelengths, 1147 nm (0.70 W), 1163 nm (0.95 W), 549 nm (0.65 W), 552 nm (1.90 W), 573 nm (0.60 W) and 581 nm (1.10 W), with higher peak powers achieved under quasi-CW operation. Raman conversion of the 1053 nm fundamental emission is reported for the first time, enabling two new wavelengths in crystalline Raman lasers, 549 nm and 552 nm. The weak thermal lensing associated with Nd:YLF has enabled to achieve good beam quality, M2 ≤ 2.0, and stable operation in relatively long cavities.