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journal article EST
/
journal article ENG
Synergistic effect of Ag and MoS2 on high-temperature tribology of self-lubricating NiCrBSi composite coatings by laser metal deposition
Kumar, Rahul, 1993-
;
Antonov, Maksim
;
Varga, Markus
;
Hussainova, Irina
;
RodrIguez Ripoll, Manel
Wear
2023
/
art. 205114
https://doi.org/10.1016/j.wear.2023.205114
Journal metrics at Scopus
Article at Scopus
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Article at WOS
journal article EST
/
journal article ENG
Number of records 1, displaying
1 - 1
keyword
189
1.
laser metal deposition
2.
laser melting deposition (LMD)
3.
laser repair deposition
4.
laser-assisted directed energy deposition
5.
pulsed laser deposition
6.
metal-metal interpenetrating phase composites
7.
aerosol assisted chemical vapour deposition (AACVD)
8.
atomic layer deposition
9.
atomic layer deposition (ALD)
10.
chemical bath deposition
11.
chemical post-deposition treatment
12.
Chemical Vapor Deposition
13.
chemical-bath deposition
14.
deposition
15.
direct energy deposition
16.
directed energy deposition
17.
Dust deposition
18.
Electro deposition
19.
fused deposition modeling
20.
fused deposition modelling
21.
hemical vapor deposition
22.
particles deposition
23.
Pb-210 deposition
24.
physical vapor deposition
25.
physical vapour deposition coatings
26.
pollen deposition
27.
post deposition annealing
28.
Post-deposition treatment
29.
ship nitrogen deposition
30.
solution‐based deposition
31.
spray deposition
32.
surface deposition
33.
Vacuum deposition
34.
vapor deposition
35.
vapor transport deposition
36.
airborne laser scanner
37.
airborne laser scanning
38.
annealing; selective laser melting
39.
axisymmetric sheet metal component
40.
ceramic metal composites
41.
ceramic-metal composite
42.
ceramic–metal composite
43.
ceramic–metal powders
44.
composition of metal
45.
CW laser
46.
diode laser
47.
direct laser writing
48.
doped metal oxides
49.
doping V−VI metal chalcogenides
50.
dual-beam laser
51.
fiber laser welding
52.
handheld laser scanner
53.
hard metal
54.
heavy metal
55.
heavy metal ions
56.
heavy metal toxicity
57.
hybrid metal-ceramic biomaterial
58.
in-stent restenosis, bare metal stents
59.
ionic polymer-metal composite (IPMC)
60.
large ring laser
61.
laser ablation inductively
62.
laser ablation inductively coupled plasma mass spectrometry
63.
laser ablation-inductively coupled plasma mass spectrometer
64.
laser additive manufacturing
65.
laser beam modulation
66.
laser doppler anemometry (LDA)
67.
Laser energy density
68.
laser fading
69.
laser fluences
70.
laser hardening
71.
laser heat treatment
72.
laser in manufacturing
73.
laser induced breakdown spectroscopy
74.
laser line
75.
laser line calibration
76.
laser machining
77.
Laser marking
78.
laser micro-alloying
79.
laser powder bed fusion
80.
laser powder bed fusion (LPBF)
81.
laser powder-bed fusion
82.
laser processing
83.
laser pulsing
84.
laser remelting
85.
laser scanning
86.
laser surface texturing
87.
laser tacheometry
88.
laser treated denim fabrics
89.
laser ultrasound
90.
laser welding
91.
laser welds
92.
laser-based additive manufacturing
93.
Laser-based powder bed fusion
94.
laser-doppler
95.
laser-induced breakdown spectroscopy
96.
Li metal
97.
liquid metal flow
98.
localization in sheet metal
99.
luminogenic metal complexes
100.
matrix-assisted laser
101.
metal
102.
metal 3D-printing
103.
metal additive manufacturing
104.
metal alkoxides
105.
metal binders
106.
metal casting
107.
metal coordination
108.
metal cutting
109.
Metal exposure
110.
metal hydrides
111.
metal industry
112.
metal infiltration
113.
metal ions
114.
metal matrix composite
115.
metal matrix composite (MMC)
116.
metal matrix composite and Repetitive Press Roll Bonding
117.
metal matrix composites
118.
metal matrix composites (MMCs)
119.
metal matrix nanocomposite
120.
metal matrix nanocomposites
121.
metal matrix syntactic foam
122.
metal mining
123.
metal nanoparticles
124.
metal organic frameworks
125.
metal oxide nanofibre
126.
metal oxide nano-laminates
127.
metal oxide nanoparticles
128.
metal oxides
129.
metal oxides reduction
130.
metal phthalocyanine
131.
metal recovery
132.
metal salts
133.
Metal Sample
134.
metal semiconductor contacts
135.
metal stirring combined DC and AC supply
136.
metal sulfide
137.
metal surface
138.
metal-air battery
139.
metal-binding affinity
140.
metal-catalyzed reactions
141.
metal-diamond powders
142.
metal-doped
143.
metal-doped aerogel
144.
metal-halogen co-doping
145.
metal-matrix composite
146.
metal-matrix composites
147.
metal-organic framework
148.
metal–organic framework
149.
metal-organic framework (MOFs)
150.
metal-organic frameworks
151.
metal–organic frameworks (MOF)
152.
metal−organic frameworks (MOFs)
153.
metal-oxide-semiconductor field-effect transistors (MOSFETs)
154.
metal-phosphate sludge
155.
metal-protein binding
156.
metal−protein binding
157.
Metal–protein binding
158.
Mobile Laser Scanning
159.
multiline laser
160.
noble metal nanoparticles
161.
Non-platinum group metal catalyst
162.
non-precious metal catalyst
163.
non-precious metal catalysts
164.
Nonprecious metal catalysts
165.
non-precious-metal catalysts
166.
platinum-group metal catalysts
167.
Protocol on Blinding Laser Weapons
168.
pulsed laser
169.
quantitative metal analysis
170.
rare metal
171.
reactive laser powder-bed fusion
172.
reinforced metal-matrix coatings
173.
Selective Laser Melting
174.
selective laser melting (SLM)
175.
selective laser sintering
176.
semiconductor-metal transition
177.
sheet metal
178.
sheet metal component forming
179.
spatial regularities of the laser-induced plasma plume
180.
Terrestrial Laser Scanner
181.
terrestrial laser scanning
182.
terrestrial laser scanning (TLS)
183.
transition metal
184.
transition-metal catalysis
185.
waste metal
186.
3D laser line scanner
187.
3D laser scanner
188.
3D metal printing
189.
3D Scanning Laser Doppler Vibrometer
subject term
2
1.
heavy metal
2.
Laser Diagnostic Instruments
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