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book article
Porous materials for EMI shielding
Gupta, Nikhil
;
Singh, Ashish Kumar
;
Shishkin, Andrei
;
Koppel, Tarmo
Materials for potential EMI shielding applications : processing, properties and current trends
2020
/
p. 287-314
https://www.elsevier.com/books/materials-for-potential-emi-shielding-applications/kuruvilla/978-0-12-817590-3
https://doi.org/10.1016/B978-0-12-817590-3.00018-X
book article
Number of records 1, displaying
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keyword
213
1.
carbon materials
2.
porous carbon materials
3.
carbon based materials
4.
carbon neutral building materials
5.
carbon-based materials
6.
carbon peak and carbon neutralization
7.
activated carbon
8.
activated carbon aerogel
9.
amorphous carbon
10.
black carbon
11.
blue carbon
12.
carbide-derived carbon
13.
carbon
14.
carbon dioxide
15.
carbon steel
16.
carbon 13
17.
carbon accumulation rate
18.
carbon aerogel
19.
carbon aerogels
20.
carbon and oxygen isotopes
21.
carbon avoidance
22.
carbon balance
23.
carbon burial
24.
carbon burial event
25.
carbon capture
26.
carbon capture and storage
27.
carbon capture and storage (CCS)
28.
carbon capture and utilization
29.
carbon credits
30.
carbon cycle
31.
carbon cycling
32.
carbon dioxide
33.
carbon dioxide concentration
34.
carbon dioxide emissions
35.
carbon dioxide metanation
36.
carbon dioxide methanation
37.
carbon dioxide sequestration
38.
carbon electrodes
39.
carbon emission reduction
40.
carbon emissions
41.
carbon emissions disclosure
42.
carbon fiber
43.
carbon fibre
44.
carbon fibre reinforced polymer
45.
carbon footprint
46.
carbon handprint
47.
carbon isotope
48.
carbon isotope chemostratigraphy
49.
Carbon Isotope Excursion
50.
carbon isotope excursions
51.
carbon isotope stratigraphy
52.
carbon isotopes
53.
carbon nanofiber
54.
carbon nanofibres
55.
carbon nanomaterial
56.
carbon nanoparticles
57.
carbon nanotube
58.
carbon nanotube network
59.
carbon nanotubes
60.
carbon neutral buildings
61.
carbon neutrality
62.
Carbon price
63.
carbon pricing
64.
carbon sequestration
65.
carbon source
66.
carbon stable isotope
67.
carbon steel
68.
carbon support
69.
carbon tax
70.
Carbon to nitrogen ratio
71.
carbon trading
72.
carbon trading market
73.
carbon-neutral energy supply
74.
commuting carbon emissions
75.
D-glucose derived carbon
76.
diamond-like carbon
77.
dissolved organic carbon
78.
electrospun carbon nanofibres
79.
embodied carbon
80.
embodied carbon emissions
81.
energy and carbon balance
82.
fossil carbon content
83.
glassy carbon electrode
84.
Guttenberg carbon isotope excursion
85.
high surface area carbon
86.
hydrogen-carbon ratio
87.
inorganic carbon
88.
inorganic carbon compounds
89.
Late Ludfordian Carbon Isotope Excursion
90.
low carbon
91.
low-carbon construction technology
92.
low-carbon ferritic-pearlitic steel
93.
low-carbon industry
94.
low-carbon technology
95.
marine carbon dioxide system
96.
Mesoporous carbon support
97.
methane-derived carbon
98.
oxygen and carbon isotopes
99.
particulate organic carbon
100.
peat-derived carbon
101.
polymer with carbon black
102.
Porous carbon electrode
103.
sedimentary carbon
104.
single- and multi-walled carbon nanotubes
105.
single walled carbon nanotubes
106.
single-walled carbon nanotubes
107.
single‐walled carbon nanotubes
108.
smart zero carbon city
109.
soil organic carbon
110.
supercritical carbon dioxide
111.
teal carbon
112.
absorptive materials
113.
acoustic materials
114.
aerospace materials
115.
agglomeration (materials)
116.
amorphous materials
117.
Anode materials
118.
antibacterial materials
119.
applications and performances of bioinspired materials
120.
bio-based materials
121.
bio‐based materials
122.
biocompatible materials
123.
biocomposite materials
124.
bitumen-based roofing materials
125.
boi ceramic materials
126.
bond strength (materials)
127.
building materials
128.
ceramic luminescent materials
129.
ceramic materials
130.
composite materials
131.
construction materials
132.
Critical Raw Materials
133.
dielectric materials
134.
dispersion strengthened materials
135.
earth-abundant materials
136.
EIT Raw Materials
137.
electroactive materials
138.
electron transporting materials
139.
ferromagnetic materials
140.
fill materials
141.
flow packaging materials
142.
fracture (materials)
143.
functional materials
144.
functionalized materials
145.
fusion-related materials
146.
granular materials
147.
Hard magnetic materials
148.
hazardous materials
149.
high-entropy materials
150.
historic building materials
151.
hybrid materials
152.
indoor finishing materials
153.
inorganic materials
154.
insulation materials
155.
insulation materials
156.
living materials
157.
local natural materials
158.
luminogenic materials
159.
macroporous materials
160.
magnetic materials
161.
magnetically ordered materials
162.
materials
163.
materials chemistry
164.
materials computational analysis
165.
materials design
166.
materials engineering
167.
materials mass origin
168.
materials reliability
169.
materials science
170.
materials technology
171.
materials testing
172.
mechanics of materials
173.
mesoporous materials
174.
MIEC materials
175.
M–N–C catalyst materials
176.
monograin materials
177.
multi-phase materials
178.
nanostructured materials
179.
optical materials
180.
optically active materials
181.
organic materials
182.
oxide materials
183.
phase change materials
184.
phase-change materials
185.
plasma facing materials
186.
plasma-facing materials
187.
porous materials
188.
powder materials
189.
processing of bioinspired materials
190.
prosthesis materials
191.
Rare-earth-free luminescent materials
192.
raw materials
193.
recycled building materials
194.
road materials
195.
sensing materials
196.
simulations of bioinspired materials at all length scales
197.
smart materials
198.
smart materials with structural health monitoring capabilities
199.
soft magnetic composite materials
200.
soft magnetic materials
201.
soft robot materials and design
202.
solar energy materials
203.
soundproof materials
204.
structures and materials
205.
sustainable materials
206.
teaching materials
207.
transportation materials
208.
Two-dimensional materials
209.
Ultrafine-grained materials
210.
wear of materials
211.
wide bandgap materials
212.
virucidal materials
213.
wooden materials
subject term
4
1.
EIT Raw Materials
2.
Heidelberg Materials
3.
International Baltic conference on engineering materials and tribology (24 : 2015 : Tallinn)
4.
Neo Performance Materials (NPM) Narva magnetitehas
TalTech department
1
1.
Department of Materials and Environmental Technology
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