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ICALEO® 2017: 36th International Congress on Applications of Lasers & Electro-Optics

TECHNICAL PRACTICAL APPLICATIONS SEMINAR

An overview of the ANSI Z136 committees and current issues

Robert J. Thomas; Barbara Sams

LIACP 2018; 100-107https://doi.org/10.2351/1.5056862

View Articletitled, An overview of the ANSI Z136 committees and current issues

Resources for the laser safety officer, don’t reinvent the wheel

Jamie J. King, CLSO; Eddie Ciprazo, CLSO

LIACP 2018; 109-111https://doi.org/10.2351/1.5056863

View Articletitled, Resources for the laser safety officer, don’t reinvent the wheel

Splitting the sop into general and lab-specific documents

Michael Woods

LIACP 2018; 66-70https://doi.org/10.2351/1.5056903

View Articletitled, Splitting the sop into general and lab-specific documents

Refresher training who, what, why and how often?

Ken Barat

LIACP 2018; 71-72https://doi.org/10.2351/1.5056904

View Articletitled, Refresher training who, what, why and how often?

Setting up a laser lab, avoid the pitfalls

Jamie J. King, CLSO

LIACP 2018; 76-83https://doi.org/10.2351/1.5056905

View Articletitled, Setting up a laser lab, avoid the pitfalls

Localised laser hazard level warning in the R&D laboratory - Is it time to tell it like it is?

Neil Haigh; Simon Hall

LIACP 2018; 84-89https://doi.org/10.2351/1.5056906

View Articletitled, Localised laser hazard level warning in the R&D laboratory - Is it time to tell it like it is?

Incoherent light sources, standards, and time-weighting

David H. Sliney, Ph.D.

LIACP 2018; 95-98https://doi.org/10.2351/1.5056907

View Articletitled, Incoherent light sources, standards, and time-weighting

LASER SAFETY SCIENTIFIC SESSIONS

The co-evolution of the ANSI Z136.1 standard for safe use of lasers and the underlying bioeffects data base

David J. Lund

LIACP 2018; 117-124https://doi.org/10.2351/1.5056864

View Articletitled, The co-evolution of the ANSI Z136.1 standard for safe use of lasers and the underlying bioeffects data base

Inferring injury thresholds for the human retina from medical treatment protocols

Karl Schulmeister; Mathieu Jean

LIACP 2018; 125-131https://doi.org/10.2351/1.5056865

View Articletitled, Inferring injury thresholds for the human retina from medical treatment protocols

Damage thresholds in skin and cornea using tunable ultrafast lasers

Adam R. Boretsky; Dawson T. Nodurft; Gary D. Noojin; Joseph E. Clary; David J. Stolarski; Benjamin A. Rockwell

LIACP 2018; 132-137https://doi.org/10.2351/1.5056866

View Articletitled, Damage thresholds in skin and cornea using tunable ultrafast lasers

Multiple-pulse skin damage thresholds at 1070 NM

Michael P. De Lisi; Adam R. Boretsky; Morgan S. Schmidt; Amanda M. Peterson; Gary D. Noojin; Aurora D. Shingledecker; David J. Stolarski; Semih S. Kumru; Robert J. Thomas

LIACP 2018; 138-143https://doi.org/10.2351/1.5056867

View Articletitled, Multiple-pulse skin damage thresholds at 1070 NM

Are laser emissions from an open optical fiber less hazardous than MPES suggest?

David H. Sliney; Bruce E. Stuck

LIACP 2018; 146-150https://doi.org/10.2351/1.5056868

View Articletitled, Are laser emissions from an open optical fiber less hazardous than MPES suggest?

Estimation of retina thermal response in photochemical damage studies

Chad A. Oian; Jie Zhang; Robert J. Thomas; Jennifer J. Hunter

LIACP 2018; 151-156https://doi.org/10.2351/1.5056869

View Articletitled, Estimation of retina thermal response in photochemical damage studies

Effect of light scattering in tissue on the exposure level

Valentin Grimblatov

LIACP 2018; 159-163https://doi.org/10.2351/1.5056870

View Articletitled, Effect of light scattering in tissue on the exposure level

Laser eye dazzle safety framework

Craig A. Williamson; Leon N. McLin

LIACP 2018; 164-165https://doi.org/10.2351/1.5056871

View Articletitled, Laser eye dazzle safety framework

Computer modelling to support laser safety analysis of irregular pulse trains

Mathieu Jean; Karl Schulmeister; Nico Heussner; Annette Frederiksen

LIACP 2018; 166-172https://doi.org/10.2351/1.5056872

View Articletitled, Computer modelling to support laser safety analysis of irregular pulse trains

Classification of laser illuminated light sources under IEC 60825-1 edition 3

Karl Schulmeister; Jan Daem

LIACP 2018; 174-180https://doi.org/10.2351/1.5056873

View Articletitled, Classification of laser illuminated light sources under IEC 60825-1 edition 3

Optical-safety of white, laser based light sources for automotive headlamp applications

Werner Halbritter; Josef Schug

LIACP 2018; 181-184https://doi.org/10.2351/1.5056874

View Articletitled, Optical-safety of white, laser based light sources for automotive headlamp applications

Optical hazards posed by high-intensity LED flashlights

Edward Fei; Jessica Piper; Erwin K. Lau; James F. Brennan, III

LIACP 2018; 185-188https://doi.org/10.2351/1.5056875

View Articletitled, Optical hazards posed by high-intensity LED flashlights

Swedish regulations concerning handheld lasers

Martin Lindgren

LIACP 2018; 190-193https://doi.org/10.2351/1.5056876

View Articletitled, Swedish regulations concerning handheld lasers

FDA’s proposed change to the regulation of laser pointers

Patrick Murphy; Daniel Hewett

LIACP 2018; 194-204https://doi.org/10.2351/1.5056877

View Articletitled, FDA’s proposed change to the regulation of laser pointers

The transformation of laser risks

Shoji Mitsuhashi; Yuichi Hashishin; Kenji Murata

LIACP 2018; 205-214https://doi.org/10.2351/1.5056878

View Articletitled, The transformation of laser risks

The history of class 3A – A review

David H. Sliney, Ph.D.

LIACP 2018; 215-224https://doi.org/10.2351/1.5056879

View Articletitled, The history of class 3A – A review

Class 3R laser pointers do not pose a ‘serious risk’ in the EU rapex system

Martin Lindgren

LIACP 2018; 227-229https://doi.org/10.2351/1.5056880

View Articletitled, Class 3R laser pointers do not pose a ‘serious risk’ in the EU rapex system

A survey of the class 3R accessible emission limits relative to bioeffects data

Robert J. Thomas; Amber M. Allardice; Jeffrey R. Pfoutz; Benjamin A. Rockwell

LIACP 2018; 230-237https://doi.org/10.2351/1.5056881

View Articletitled, A survey of the class 3R accessible emission limits relative to bioeffects data

Class 3R and the upcoming consumer laser safety standard in europe - A challenge!

Karl Schulmeister

LIACP 2018; 238-247https://doi.org/10.2351/1.5056882

View Articletitled, Class 3R and the upcoming consumer laser safety standard in europe - A challenge!

NFPA 70E article 330 revision – (electrical) safety-related work practices for use of lasers

Michael Woods

LIACP 2018; 249-251https://doi.org/10.2351/1.5056883

View Articletitled, NFPA 70E article 330 revision – (electrical) safety-related work practices for use of lasers

Preview of Z136.8 safe use of lasers in research, development or testing

Ken Barat

LIACP 2018; 252-258https://doi.org/10.2351/1.5056884

View Articletitled, Preview of Z136.8 safe use of lasers in research, development or testing

When do FDA/CDRH requirements apply?

Jay Parkinson; Jerome E. Dennis; Elaine Parkinson

LIACP 2018; 260-267https://doi.org/10.2351/1.5056885

View Articletitled, When do FDA/CDRH requirements apply?

Update on CDRH laser policies and disclosures

Jerome E. Dennis; Jay Parkinson

LIACP 2018; 268-272https://doi.org/10.2351/1.5056886

View Articletitled, Update on CDRH laser policies and disclosures

Laser bird repellents – A pain in the eye?

Ronald K. A. M. Mallant

LIACP 2018; 273-279https://doi.org/10.2351/1.5056887

View Articletitled, Laser bird repellents – A pain in the eye?

Considering the movement of the laser source for classification in IEC 60825-1

Nico Heussner; Raimund Reppich; Annette Frederiksen

LIACP 2018; 280-284https://doi.org/10.2351/1.5056888

View Articletitled, Considering the movement of the laser source for classification in IEC 60825-1

Emerging optical techniques vs safety classification

Anna-Karin Holmér

LIACP 2018; 286-287https://doi.org/10.2351/1.5056889

View Articletitled, Emerging optical techniques vs safety classification

Surveying and laser safety - Scanning instruments

Thomas Piok; Andreas M. Walser; Ernst Ramseier; Jürg Hinderling

LIACP 2018; 288-291https://doi.org/10.2351/1.5056890

View Articletitled, Surveying and laser safety - Scanning instruments

Evaluating extended source hazards

Wesley J. Marshall

LIACP 2018; 292-299https://doi.org/10.2351/1.5056891

View Articletitled, Evaluating extended source hazards

Zeroth responders - LSO’s reporting non-compliant lasers – Why, how, and to whom - a step by step guide

Nathaniel J. “Niel” Leon; Scott Wohlstein

LIACP 2018; 302-309https://doi.org/10.2351/1.5056892

View Articletitled, Zeroth responders - LSO’s reporting non-compliant lasers – Why, how, and to whom - a step by step guide

Moving beyond the standard operating procedure

Ken Barat

LIACP 2018; 310-311https://doi.org/10.2351/1.5056893

View Articletitled, Moving beyond the standard operating procedure

Constructing a mathematical model for a PRA laser hazard assessment

Brian K. Flemming; Matt D. Flower; Daniel F. Huantes; Paul K. Kennedy

LIACP 2018; 314-323https://doi.org/10.2351/1.5056894

View Articletitled, Constructing a mathematical model for a PRA laser hazard assessment

Managing laser safety in live entertainment applications

James Stewart

LIACP 2018; 325-334https://doi.org/10.2351/1.5056896

View Articletitled, Managing laser safety in live entertainment applications

Laser display systems: Do we see everything?

Michael Higlett; John O’Hagan; Marina Khazova

LIACP 2018; 335-340https://doi.org/10.2351/1.5056897

View Articletitled, Laser display systems: Do we see everything?

MEDICAL PRACTICAL APPLICATIONS SEMINAR

Cleaner air in the operating room: The impact of surgical plume on healthcare providers and patients

Robert Scroggins, BSN, RN, CMLSO

LIACP 2018; 31-35https://doi.org/10.2351/1.5056895

View Articletitled, Cleaner air in the operating room: The impact of surgical plume on healthcare providers and patients

Titles and tantrums, how is your aim?

Debra Miller

LIACP 2018; 39-45https://doi.org/10.2351/1.5056900

View Articletitled, Titles and tantrums, how is your aim?

High intensity laser therapy - A solution to the epidemic of opioid prescription abuse for acute and chronic pain

Edwin Barry

LIACP 2018; 47-53https://doi.org/10.2351/1.5056901

View Articletitled, High intensity laser therapy - A solution to the epidemic of opioid prescription abuse for acute and chronic pain

Animals are people too! lasers in veterinary medicine

Joseph Bartges

LIACP 2018; 56-62https://doi.org/10.2351/1.5056902

View Articletitled, Animals are people too! lasers in veterinary medicine

CLOSING PLENARY SESSIONS

The CDRH/FDA radiation safety standard for laser products: A history

Jerome E. Dennis

LIACP 2018; 346-348https://doi.org/10.2351/1.5056898

View Articletitled, The CDRH/FDA radiation safety standard for laser products: A history

The early stages in the development of the IEC laser performance standard

David H. Sliney, Ph.D.

LIACP 2018; 349-354https://doi.org/10.2351/1.5056899

View Articletitled, The early stages in the development of the IEC laser performance standard

LASER MATERIAL PROCESSING CONFERENCE

LMP 1: Sub Plenary

Spatial beam modulation to reduce electrical resistance in laser welded aluminum to copper dissimilar joints

Michael Jarwitz; Florian Fetzer; Rudolf Weber; Thomas Graf

LIACP 2018; 101https://doi.org/10.2351/1.5138137

View Articletitled, Spatial beam modulation to reduce electrical resistance in laser welded aluminum to copper dissimilar joints

Experimental analysis on melting and solidification process of titanium with synchrotron x ray for development of sputter-less SLM

Yuji Sato; Masahiro Tsukamoto; Takahisa Shobu; Yorihiro Yamashita; Tomomasa Ohkubo; Shuto Yamagata; Takaya Nishi; Ritsuko Higashino; Hitoshi Nakano; Nobuyuki Abe

LIACP 2018; 102https://doi.org/10.2351/1.5138138

View Articletitled, Experimental analysis on melting and solidification process of titanium with synchrotron x ray for development of sputter-less SLM

LMP 2: LAM

From preform to polishing - Lasers in metal based additive manufacturing

Frank Geyer

LIACP 2018; 204https://doi.org/10.2351/1.5138143

View Articletitled, From preform to polishing - Lasers in metal based additive manufacturing

LMP 4: Aluminum Welding

Numerical and experimental analysis of solidification cracking in pulsed laser welds of Al 6082

Martin Bielenin; Jean Pierre Bergmann

LIACP 2018; 401https://doi.org/10.2351/1.5138144

View Articletitled, Numerical and experimental analysis of solidification cracking in pulsed laser welds of Al 6082

Direct observation of weld pool formation and cracking in laser welding of Al alloy by using x-ray phase contrast method

Masanori Miyagi; Yousuke Kawahito; Hiroshi Kawakami; Takahisa Shoubu

LIACP 2018; 402https://doi.org/10.2351/1.5138145

View Articletitled, Direct observation of weld pool formation and cracking in laser welding of Al alloy by using x-ray phase contrast method

Spatter reduced high speed welding with disk lasers

N. Speker; P. Haug; S. Feuchtenbeiner; T. Hesse; D. Havrilla

LIACP 2018; 407https://doi.org/10.2351/1.5138146

View Articletitled, Spatter reduced high speed welding with disk lasers

Using a diode laser superposition to prevent solidification cracking in pulsed Nd:YAG laser beam welding

Martin Bielenin; Jean Pierre Bergmann

LIACP 2018; 409https://doi.org/10.2351/1.5138147

View Articletitled, Using a diode laser superposition to prevent solidification cracking in pulsed Nd:YAG laser beam welding

LMP 5: Cladding

Laser metal deposition with 316L stainless wire: Macro morphologies and microstructures

Xiang Xu; Gaoyang Mi; Chunming Wang

LIACP 2018; 503https://doi.org/10.2351/1.5138148

View Articletitled, Laser metal deposition with 316L stainless wire: Macro morphologies and microstructures

Microstructural evolution in continuous multi-layer laser cladding of ultra high strength 300M steels

Cameron Barr; Shi Da Sun; Nicholas Orchowski; Neil Matthews; Milan Brandt

LIACP 2018; 505https://doi.org/10.2351/1.5138149

View Articletitled, Microstructural evolution in continuous multi-layer laser cladding of ultra high strength 300M steels

A composite stellite alloy hardfacing with improved laser cladding behavior and wear resistance

Yinping Ding; Rong Liu; Qunli Zhang; Liang Wang; Jianhua Yao

LIACP 2018; 508https://doi.org/10.2351/1.5138150

View Articletitled, A composite stellite alloy hardfacing with improved laser cladding behavior and wear resistance

Laser-matter interaction model of laser beam melting applied to oxide ceramics and comparison with metallic alloy

Liliana Moniz; Christophe Colin; Marie-Hélène Berger; Jean-Dominique Bartout

LIACP 2018; 509https://doi.org/10.2351/1.5138151

View Articletitled, Laser-matter interaction model of laser beam melting applied to oxide ceramics and comparison with metallic alloy

LMP 6: Cutting

Using the analysis of laser-based back-reflected light to improve piercing and cutting performance for high power fiber lasers

Paul Harrison; Christian Keller; Stephen Keen; Michael K Durkin

LIACP 2018; 601https://doi.org/10.2351/1.5138152

View Articletitled, Using the analysis of laser-based back-reflected light to improve piercing and cutting performance for high power fiber lasers

Laser cutting of pure lithium metal anodes - Effects of atmospheric conditions

Tobias Jansen; Sven Hartwig; David Blass; Klaus Dilger

LIACP 2018; 602https://doi.org/10.2351/1.5138153

View Articletitled, Laser cutting of pure lithium metal anodes - Effects of atmospheric conditions

Elongating depth of field by focusing radiation of multimode lasers using multi-focus beam shaping optics

Alexander Laskin; Joerg Volpp; Vadim Laskin; Aleksei Ostrun

LIACP 2018; 603https://doi.org/10.2351/1.5138154

View Articletitled, Elongating depth of field by focusing radiation of multimode lasers using multi-focus beam shaping optics

To application demands adapted beam qualities for improved process results

Peter Kallage

LIACP 2018; 605https://doi.org/10.2351/1.5138155

View Articletitled, To application demands adapted beam qualities for improved process results

Short wavelength pyrometry by photon counting – Application for temperature measurement in laser oxygen cutting

Abbas Hamie; Nicolas Ranc; Matthieu Schneider; Frédéric Coste

LIACP 2018; 606https://doi.org/10.2351/1.5138156

View Articletitled, Short wavelength pyrometry by photon counting – Application for temperature measurement in laser oxygen cutting

LMP 7: Monitoring I

Flexible remote welding with sensor integration for fillet welding

Andrey Andreev; Friedhelm Dorsch

LIACP 2018; 702https://doi.org/10.2351/1.5138157

View Articletitled, Flexible remote welding with sensor integration for fillet welding

M-squared measurement repeatability: The best metric in the certainty of the measurement

Michael Scaggs; Gilbert Haas

LIACP 2018; 704https://doi.org/10.2351/1.5138158

View Articletitled, M-squared measurement repeatability: The best metric in the certainty of the measurement

Influence of vapor on hyperspectral imaging for monitoring laser-based material processing

Tobias Staudt; Felix Tenner; Eric Eschner; Florian Klämpfl; Michael Schmidt

LIACP 2018; 706https://doi.org/10.2351/1.5138159

View Articletitled, Influence of vapor on hyperspectral imaging for monitoring laser-based material processing

LMP 8: Modeling Welding

Temperature histories of structural steel laser and hybrid laser-GMA welds calculated using volumetric constraints

S. G. Lambrakos; L. Massa; A. Shabaev; L. Huang

LIACP 2018; 802https://doi.org/10.2351/1.5138160

View Articletitled, Temperature histories of structural steel laser and hybrid laser-GMA welds calculated using volumetric constraints

LMP 10: Steel Welding

Effects of welding speed and edge distance on solidification cracking length during laser welding at the narrow flange edge of austenitic stainless steel

Shota Kikuchi; Takahiro Osuki; Manabu Fukumoto; Kazuhiro Ogawa

LIACP 2018; 1002https://doi.org/10.2351/1.5138136

View Articletitled, Effects of welding speed and edge distance on solidification cracking length during laser welding at the narrow flange edge of austenitic stainless steel

LMP 11: LAM III

Effect of baseplate temperature on sputter-generation for development of SLM in vacuum

Shuto Yamagata; Masahiro Tsukamoto; Yuji Sato; Shin-ichiro Masuno; Ritsuko Higashino; Takaya Nishi; Yorihiro Yamashita; Hitoshi Nakano; Nobuyuki Abe

LIACP 2018; 1102https://doi.org/10.2351/1.5138139

View Articletitled, Effect of baseplate temperature on sputter-generation for development of SLM in vacuum

Preliminary study on laser-arc hybrid additive manufacturing of austenite stainless steel

Mengcheng Gong; Ming Gao; Xiaoyan Zeng

LIACP 2018; 1103https://doi.org/10.2351/1.5138140

View Articletitled, Preliminary study on laser-arc hybrid additive manufacturing of austenite stainless steel

LMP 14: Surface Modification I

Laser polishing to improve the surface quality of CoCr and Ti6AL4V additively manufactured parts

Wojciech S. Gora; Yingtao Tian; Marcus Ardron; Philip Prangnell; Nicholas J. Weston; Duncan P. Hand

LIACP 2018; 1405https://doi.org/10.2351/1.5138141

View Articletitled, Laser polishing to improve the surface quality of CoCr and Ti6AL4V additively manufactured parts

LMP 17: Welding of Dissimilar Materials II

Effect of interface temperature on adhesion in laser mixed joints of plastic reinforced and steel

Cyril Hidalgo; Mickael Courtois; Philippe Le Masson; Yves Grohens

LIACP 2018; 1701https://doi.org/10.2351/1.5138142

View Articletitled, Effect of interface temperature on adhesion in laser mixed joints of plastic reinforced and steel

LASER MICROPROCESSING CONFERENCE

LMF 10: Laser Processing of Textured Surfaces and Micro-joints

Energy input of a laser micro welding process by using spatial power modulation

André Haeusler; Benedikt Gropp; Alexander Olowinsky; Arnold Gillner; Reinhart Poprawe

LIACP 2018; M1002https://doi.org/10.2351/1.5138161

View Articletitled, Energy input of a laser micro welding process by using spatial power modulation

Hybrid joining of polymers with difficult to process metal substrates for diverse applications

Anne Henrottin; Jérôme Patars; Jose Antonio Ramos-de-Campos; Robert Braunschweig

LIACP 2018; M1003https://doi.org/10.2351/1.5138162

View Articletitled, Hybrid joining of polymers with difficult to process metal substrates for diverse applications

LMF 2: Laser Ablation for Microelectronics

Low-visibility processing of silver nanowire transparent conductive film by pulsed laser

Yasuhiro Okamoto; Norio Nishi; Masafumi Oshita; Takahiro Shimose; Togo Shinonaga; Akira Okada; Tomokazu Sakagawa

LIACP 2018; M202https://doi.org/10.2351/1.5138163

View Articletitled, Low-visibility processing of silver nanowire transparent conductive film by pulsed laser

High power carbon monoxide laser provides materials processing with finer features

Ce Shi; Walter Bosenberg

LIACP 2018; M203https://doi.org/10.2351/1.5138164

View Articletitled, High power carbon monoxide laser provides materials processing with finer features

LMF 3: Surface Structuring

Reflection reduction in silicon solar cells by means of laser and plasma treatment

Ludwig Pongratz; Sergej Izrailov; Mohamed Naas; Verena Blattmann

LIACP 2018; M307https://doi.org/10.2351/1.5138165

View Articletitled, Reflection reduction in silicon solar cells by means of laser and plasma treatment

LMF 4: Microprocessing of Transparent Materials

High-resolution intra-volume coloring of metal-doped glass

Emma Verdier; Marc Faucon; Rainer Kling

LIACP 2018; M401https://doi.org/10.2351/1.5138166

View Articletitled, High-resolution intra-volume coloring of metal-doped glass

Aberration control by high NA focusing in transparent media

Alexander Laskin; Vadim Laskin; Aleksei Ostrun

LIACP 2018; M404https://doi.org/10.2351/1.5138167

View Articletitled, Aberration control by high NA focusing in transparent media

Adaptive optics for intra-volume engraving of glass with ultra-short laser pulses

Kevin Gaudfrin; Romain Diaz; Guillaume Beaugrand; Samuel Bucourt; Rainer Kling

LIACP 2018; M405https://doi.org/10.2351/1.5138168

View Articletitled, Adaptive optics for intra-volume engraving of glass with ultra-short laser pulses

LMF 5: Beam Shaping for Microprocessing

Beam shaping for efficient femtosecond laser processing of optical glass

Michael Seiler; Christian Schindler; Jens Bliedtner

LIACP 2018; M503https://doi.org/10.2351/1.5138169

View Articletitled, Beam shaping for efficient femtosecond laser processing of optical glass

LMF 6: Micro-joining

Laser structuring as a preparation for a metal plastic joint

Florian Kiefer; Nathan A. Mathew, Ph.D.

LIACP 2018; M603https://doi.org/10.2351/1.5138170

View Articletitled, Laser structuring as a preparation for a metal plastic joint

Simulation of the influence of temperature-dependent material parameters on the temperature evolution in laser micro-spot welding of copper

Manuel Mattern; Andreas Ostendorf

LIACP 2018; M604https://doi.org/10.2351/1.5138171

View Articletitled, Simulation of the influence of temperature-dependent material parameters on the temperature evolution in laser micro-spot welding of copper

LMF 7: Microprocessing for Biological Applications

Potential of super pulse diode and fiber lasers for treatment of soft and hard tissues in medical applications

Ilya Yaroslavsky; Victoria Vinnichenko; Alexander Vybornov; Igor Perchuk; Gregory Altshuler; Valentin Gapontsev

LIACP 2018; M704https://doi.org/10.2351/1.5138172

View Articletitled, Potential of super pulse diode and fiber lasers for treatment of soft and hard tissues in medical applications

LMF 8: Microprocessing of Hard Materials

193 NM high-power lasers for drilling with high aspect ratio into wide bandgap materials

Koji Kakizaki; Masakazu Kobayashi; Akira Suwa; Hiroaki Oizumi; Junichi Fujimoto; Hakaru Mizoguchi

LIACP 2018; M802https://doi.org/10.2351/1.5138173

View Articletitled, 193 NM high-power lasers for drilling with high aspect ratio into wide bandgap materials

LASER NANOMANUFACTURING CONFERENCE

Nano 6: Supercapacitors

Laser direct writing of reduced graphene oxide microelectrodes and the device application

Akira Watanabe; Jinguang Cai

LIACP 2018; N604https://doi.org/10.2351/1.5138174

View Articletitled, Laser direct writing of reduced graphene oxide microelectrodes and the device application

Nano 7: Laser Innovative Processing

Enhancement of performance of interference nano-patterning techniques by beam shaping optics

Alexander Laskin; Vadim Laskin; Aleksei Ostrun

LIACP 2018; N703https://doi.org/10.2351/1.5138175

View Articletitled, Enhancement of performance of interference nano-patterning techniques by beam shaping optics

POSTER PRESENTATION GALLERY

Poster Presentation Gallery

Laser welding copper with hight power CW blue laser

Mathew J. Finuf; Bill Gray; Robert Fritz; Jean Michel Pelaprat; Mark S. Zediker, Ph.D.

LIACP 2018; P101https://doi.org/10.2351/1.5138176

View Articletitled, Laser welding copper with hight power CW blue laser

A photo-excited carrier integrated semiconductor model to predict the non-equilibrium thermal transport in Ge2Sb2Te5 thin films under the ultrafast pulsed laser

Y. H. Wang; F. R. Liu

LIACP 2018; P105https://doi.org/10.2351/1.5138177

View Articletitled, A photo-excited carrier integrated semiconductor model to predict the non-equilibrium thermal transport in Ge2Sb2Te5 thin films under the ultrafast pulsed laser

Localized laser dispersing of titanium-di-boride with pulsed fiber laser

Kai Hilgenberg; Felix Spranger; Marcel Bachmann

LIACP 2018; P118https://doi.org/10.2351/1.5138178

View Articletitled, Localized laser dispersing of titanium-di-boride with pulsed fiber laser

Experimental investigation on temperature distribution of molten pool for copper with blue direct diode laser cladding

Masanori Sengoku; Masahiro Tsukamoto; Kohei Asano; Ritsuko Higashino; Yuji Sato; Yoshinori Funada; Minoru Yoshida; Nobuyuki Abe

LIACP 2018; P119https://doi.org/10.2351/1.5138179

View Articletitled, Experimental investigation on temperature distribution of molten pool for copper with blue direct diode laser cladding

Metal powder bed fusion additive manufacturing with 100W blue diode laser

Shin-ichiro Masuno; Masahiro Tsukamoto; Koji Tojo; Kohei Asano; Keita Asuka; Yoshinori Funada; Yu Sakon

LIACP 2018; P130https://doi.org/10.2351/1.5138180

View Articletitled, Metal powder bed fusion additive manufacturing with 100W blue diode laser

Effect of laser wavelength from blue to IR on pure copper film formation by laser cladding

Ritsuko Higashino; Masahiro Tsukamoto; Yuji Sato; Nobuyuki Abe; Kohei Asano; Yoshinori Funada

LIACP 2018; P142https://doi.org/10.2351/1.5138181

View Articletitled, Effect of laser wavelength from blue to IR on pure copper film formation by laser cladding

Laser direct writing lithography for rapid fabrication on non-planar surfaces

Jun Ai; Jianguo Liu; Qifeng Du; Ming Lv; Xiaoyan Zeng

LIACP 2018; P151https://doi.org/10.2351/1.5138182

View Articletitled, Laser direct writing lithography for rapid fabrication on non-planar surfaces

Study on laser multi-focus separation technology for thick KDP crystal

Peng Liu; Baoye Wu; Jun Duan; Xiaoyan Zeng

LIACP 2018; P152https://doi.org/10.2351/1.5138183

View Articletitled, Study on laser multi-focus separation technology for thick KDP crystal

Multi-dimensional control and optimization of ultrafast laser material processing

Xiaoming Yu; Shuting Lei; Zenghu Chang; Paul B. Corkum; Meng Zhang; Carlos A. Trallero-Herrero; David Grojo

LIACP 2018; P172https://doi.org/10.2351/1.5138184

View Articletitled, Multi-dimensional control and optimization of ultrafast laser material processing

Influence of steady electric-magnetic compound field on the melt pool dynamics behavior during laser cladding

Yong Hu; Liang Wang; Qunli Zhang; Yinghua Lin; Juehui Li; Jianhua Yao

LIACP 2018; P175https://doi.org/10.2351/1.5138185

View Articletitled, Influence of steady electric-magnetic compound field on the melt pool dynamics behavior during laser cladding

Transformation of Gaussian beams into M-beams for advanced microvia drilling

Nathaniel R. Quick; Aravinda Kar

LIACP 2018; P179https://doi.org/10.2351/1.5138186

View Articletitled, Transformation of Gaussian beams into M-beams for advanced microvia drilling

Build-up strategies for additive manufacturing of three dimensional Ti-6Al-4V-parts produced by laser metal deposition

Felix Spranger; Benjamin Graf; Michael Schuch; Kai Hilgenberg; Michael Rethmeier

LIACP 2018; P183https://doi.org/10.2351/1.5138187

View Articletitled, Build-up strategies for additive manufacturing of three dimensional Ti-6Al-4V-parts produced by laser metal deposition

Microstructure and properties of Ti_64.51Fe_26.40Zr_5.86Sn_2.93Y_0.30 biomedical alloy fabricated by laser rapid prototyping

Wang Cunshan; Han Liying

LIACP 2018; P184https://doi.org/10.2351/1.5138188

View Articletitled, Microstructure and properties of Ti<sub>64.51</sub>Fe<sub>26.40</sub>Zr<sub>5.86</sub>Sn<sub>2.93</sub>Y<sub>0.30</sub> biomedical alloy fabricated by laser rapid prototyping