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Nicolas Lambert
Nicolas Lambert
Institute of Physics of the Czech Academy of Sciences
Verified email at fzu.cz - Homepage
Title
Cited by
Cited by
Year
New perspectives for heavily boron-doped diamond Raman spectrum analysis
V Mortet, I Gregora, A Taylor, N Lambert, P Ashcheulov, Z Gedeonova, ...
Carbon 168, 319-327, 2020
502020
Properties of boron-doped (113) oriented homoepitaxial diamond layers
V Mortet, A Taylor, N Lambert, Z Gedeonová, L Fekete, J Lorinčik, ...
Diamond and Related Materials 111, 108223, 2021
92021
Modeling current transport in boron-doped diamond at high electric fields including self-heating effect
N Lambert, A Taylor, P Hubík, J Bulíř, J More-Chevalier, H Karaca, ...
Diamond and Related Materials 109, 108003, 2020
82020
Highly phosphorus-doped polycrystalline diamond growth and properties
N Lambert, Z Weiss, L Klimša, J Kopeček, Z Gedeonova, P Hubík, ...
Diamond and Related Materials 125, 108964, 2022
72022
Effect of pulsed methane gas flow on the incorporation of phosphorous in diamond
V Mortet, A Taylor, M Davydova, M Lamač, N Lambert, I Elantyev, ...
Diamond and Related Materials 124, 108928, 2022
72022
Effect of substrate crystalline orientation on boron-doped homoepitaxial diamond growth
V Mortet, A Taylor, M Davydova, J Jiránek, L Fekete, L Klimša, D Šimek, ...
Diamond and Related Materials 122, 108887, 2022
72022
Low-resistance ohmic contacts on boron-doped {113} oriented homoepitaxial diamond layers
P Hazdra, A Laposa, Z Šobáň, J Voves, N Lambert, M Davydova, ...
Diamond and Related Materials 121, 108797, 2022
72022
Conductivity of boron-doped diamond at high electrical field
V Mortet, L Drbohlavova, N Lambert, A Taylor, P Ashcheulov, M Davydova, ...
Diamond and Related Materials 98, 107476, 2019
52019
Pseudo-vertical Mo/Au Schottky diodes on {113} oriented boron doped homoepitaxial diamond layers
P Hazdra, A Laposa, Z Šobáň, A Taylor, N Lambert, V Povolný, J Kroutil, ...
Diamond and Related Materials 126, 109088, 2022
42022
Analysis of boron-and phosphorus-doped diamond layers by glow discharge optical emission spectroscopy in argon and neon
Z Weiss, P Ashcheulov, N Lambert, A Taylor, J Lorincik, K Sung, ...
Vacuum 210, 111890, 2023
22023
Process for mild hydrocracking of heavy hydrocarbon fractions with optimized thermal integration
R Digne, H Dreux, F Feugnet, N Lambert
US Patent 9,321,974, 2016
22016
Effect of the substrate crystalline orientation on the surface morphology and boron incorporation into epitaxial diamond layers
J VOVES, A POŠTA, M DAVYDOVA, A LAPOSA, V POVOLNÝ, P HAZDRA, ...
Online, 2022
12022
Pseudo‐Vertical Schottky Diode with Ruthenium Contacts on (113) Boron‐Doped Homoepitaxial Diamond Layers
P Hazdra, A Laposa, Z Šobáň, J Kroutil, N Lambert, V Povolný, A Taylor, ...
physica status solidi (a) 220 (23), 2300508, 2023
2023
Optical Emission Spectroscopy Analysis of Microwave Plasma‐Enhanced Chemical Vapor Deposition Systems Dynamic Gas Response
N Lambert, KD Sung, V Mortet
physica status solidi (a) 220 (4), 2200322, 2023
2023
Power Diode Structures Realized on (113) oriented Boron Doped Diamond
P Hazdra, A Laposa, Z Šobáň, V Povolný, J Voves, N Lambert, A Taylor, ...
ISPS'23 PROCEEDINGS, 2023
2023
Elektrické Vlastnosti Dopovaného Diamantu ve Vysokém Elektrickém Poli
N Lambert
PQDT-Global, 2022
2022
Process for heating the column for distillation of the C3 fraction from an FCC unit by means of a circuit of water heated by streams belonging to units placed upstream and/or …
R Digne, H Dreux, F Feugnet, N Lambert
US Patent 10,473,391, 2019
2019
Modelling IV characteristics of boron-doped diamond at high electric field including self-heating effect
N Lambert, A Taylor, P Hubik, J Bulir, J More-Chevalier, H Karaca, ...
2019
Experimental and modelled IV characteristics of boron-doped diamond at high electric fields including self-heating effect
A Taylor, N Lambert, P Hubik, J Bulir, J Moris-Chevalier, H Karaca, ...
2019
Comparison of ohmic contact formation of titanium and zirconium on boron doped diamond
V Mortet, A Taylor, M Davydova, L Fekete, ZV Živcová, L Klimša, ...
MRS Advances 3 (33), 1931-1935, 2018
2018
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