Femtosecond Laser Drilling of Copper: Modeling and Experiment Comparison | Zendy

Yi-Hsien Liu | Zendy; Chung-Wei Cheng | Zendy; Jinn-Kuen Chen | Zendy; C Momma | Zendy; H Jacobs | Zendy; A Tunnermann | Zendy; B Chichkov | Zendy; B Wellegehausen | Zendy; H Welling | Zendy; R Gattass | Zendy; E Mazur | Zendy; J.-M Savolainen | Zendy; B Wu | Zendy; A Semerok | Zendy; O Gobert | Zendy; G Petite | Zendy; Y Izawa | Zendy; J Wagner | Zendy; J Byskov-Nielsen | Zendy; J Savolainen | Zendy; M Christensen | Zendy; Y Miyasaka | Zendy; M Hashida | Zendy; T Nishii | Zendy; S Inoue | Zendy; S Sakabe | Zendy; R Harzic | Zendy; D Breitling | Zendy; M Weikert | Zendy; S Sommer | Zendy; C Fohl | Zendy; S Valette | Zendy; C Donnet | Zendy; E Audouard | Zendy; F Dausinger | Zendy; J Yang | Zendy; Y Zhao | Zendy; X Zhu | Zendy; A Suslova | Zendy; A Elsied | Zendy; A Hassanein | Zendy; S Li | Zendy; F Zhang | Zendy; D Tian | Zendy; H Li | Zendy; D Liu | Zendy; Y Jiang | Zendy; A Chen | Zendy; M Jin | Zendy; D Tzou | Zendy; C Cheng | Zendy; S Wang | Zendy; K Chang | Zendy; S Dring | Zendy; A Ancona | Zendy; S Hdrich | Zendy; J Limpert | Zendy; S Nolte | Zendy; A Tnnermann | Zendy; K Vestentoft | Zendy; P Balling | Zendy; D Fisher | Zendy; M Fraenkel | Zendy; Z Henis | Zendy; E Moshe | Zendy; S Eliezer | Zendy; J Winter | Zendy; S Rapp | Zendy; M Schmidt | Zendy; H Huber | Zendy; A Sandhu | Zendy; A Dharmadhikari | Zendy; G Kumar | Zendy; B Cho | Zendy; T Ogitsu | Zendy; K Engelhorn | Zendy; A Correa | Zendy; Y Ping | Zendy; J Lee | Zendy; L Bae | Zendy; D Prendergast | Zendy; R Falcone | Zendy; P Heimann | Zendy; S Anisimov | Zendy; B Kapeliovich | Zendy; T Perel'man | Zendy; J Beraun | Zendy; V Schmidt | Zendy; W Husinsky | Zendy; G Betz | Zendy; K Yoo | Zendy; X Zhao | Zendy; M Siddique | Zendy; R Alfano | Zendy; D Osterman | Zendy; M Radparvar | Zendy; J Cunniff | Zendy; D Willis | Zendy; X Xu | Zendy; R Kelly | Zendy; A Miotello | Zendy; J Huang | Zendy; Y Ren | Zendy; J Chen | Zendy; Y Zhang | Zendy; E Gurevich | Zendy; W Hu | Zendy; Y Shin | Zendy; G King | Zendy

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Femtosecond Laser Drilling of Copper: Modeling and Experiment Comparison

Author(s) -

Yi-Hsien Liu,

Chung-Wei Cheng,

Jinn-Kuen Chen,

S Nolte,

C Momma,

H Jacobs,

A Tunnermann,

B Chichkov,

B Wellegehausen,

H Welling,

R Gattass,

E Mazur,

J Yang,

Y Zhao,

X Zhu,

J Byskov-Nielsen,

J.-M Savolainen,

M Christensen,

P Balling,

B Wu,

Y Shin,

M Hashida,

A Semerok,

O Gobert,

G Petite,

Y Izawa,

J Wagner,

J Byskov-Nielsen,

J Savolainen,

M Christensen,

P Balling,

Y Miyasaka,

M Hashida,

T Nishii,

S Inoue,

S Sakabe,

R Harzic,

D Breitling,

M Weikert,

S Sommer,

C Fohl,

S Valette,

C Donnet,

E Audouard,

F Dausinger,

R Harzic,

D Breitling,

M Weikert,

S Sommer,

C Fohl,

S Valette,

C Donnet,

E Audouard,

F Dausinger,

J Yang,

Y Zhao,

X Zhu,

A Suslova,

A Elsied,

A Hassanein,

S Li,

F Zhang,

D Tian,

H Li,

D Liu,

Y Jiang,

A Chen,

M Jin,

S Wang,

Y Ren,

C Cheng,

J Chen,

D Tzou,

C Cheng,

S Wang,

K Chang,

J Chen,

S Dring,

A Ancona,

S Hdrich,

J Limpert,

S Nolte,

A Tnnermann,

Y Ren,

J Chen,

Y Zhang,

J Winter,

S Rapp,

M Schmidt,

H Huber,

K Vestentoft,

P Balling,

D Fisher,

M Fraenkel,

Z Henis,

E Moshe,

S Eliezer,

J Winter,

S Rapp,

M Schmidt,

H Huber,

A Sandhu,

A Dharmadhikari,

G Kumar,

B Cho,

T Ogitsu,

K Engelhorn,

A Correa,

Y Ping,

J Lee,

L Bae,

D Prendergast,

R Falcone,

P Heimann,

S Anisimov,

B Kapeliovich,

T Perel'man,

J Chen,

J Beraun,

V Schmidt,

W Husinsky,

G Betz,

K Yoo,

X Zhao,

M Siddique,

R Alfano,

D Osterman,

M Radparvar,

J Cunniff,

D Willis,

X Xu,

R Kelly,

A Miotello,

J Huang,

Y Zhang,

J Chen,

Y Ren,

J Chen,

Y Zhang,

Y Ren,

J Chen,

Y Zhang,

E Gurevich,

W Hu,

Y Shin,

G King

Publication year - 2020

Publication title -

journal of laser micro/nanoengineering

Language(s) - English

Resource type - Journals

ISSN - 1880-0688

DOI - 10.2961/jlmn.2020.01.2005

Subject(s) - femtosecond , materials science , copper , laser drilling , drilling , laser , optics , metallurgy , physics

This study experimentally and theoretically investigated the ablation of copper by a femtosecond green laser pulse of wavelength 515 nm and pulse duration 300 fs. The copper was processed by a single laser pulse with fluences up to 789 J/cm2. A modified Drude-critical point (DCP) model that considers the temperature-dependent inter-band transition, a two-temperature model (TTM), two phase change models, and a phase explosion model were adopted to obtain the temperature-dependent properties and ablation depth. The simulated ablation depths by the proposed DCP-mod method were in better agreement with the experimental results than those by the conventional DCP model.

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