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journal article EST
/
journal article ENG
Desalination using clay and lime sacrificial plasters with additives on field stone wall and fired clay bricks
Leiten, Kadri
;
Sirelpuu, Helari
;
Kiviste, Mihkel
Journal of Physics: Conference Series
2021
/
art. 012087
https://doi.org/10.1088/1742-6596/2069/1/012087
Conference proceeding at Scopus
Article at Scopus
journal article EST
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journal article ENG
Number of records 1, displaying
1 - 1
keyword
217
1.
local natural materials
2.
association of local-self government
3.
association of local-self governments
4.
Estonian local government
5.
European charter of local self-government
6.
global and local challenges
7.
local autonomy
8.
local budget per capital
9.
local companies
10.
local context
11.
local currency pricing
12.
local damping contribution
13.
local democracy
14.
local descriptors
15.
Local ecological knowledge
16.
local election officials
17.
local energy communities
18.
local energy community
19.
local energy market
20.
local expenditures
21.
local factors
22.
local finances
23.
local governance
24.
local government
25.
local government reform
26.
local government spending
27.
local governments
28.
local interpretable model-agnostic explanations (LIME)
29.
local lattice distortions
30.
local loading
31.
local maxima
32.
local model
33.
local movement
34.
local political decision-making behaviour
35.
local power supply system
36.
local projection method
37.
local properties of timber
38.
local remelting
39.
local resources
40.
local roads
41.
local self-government
42.
local sourcing
43.
local suppliers
44.
local taxes
45.
local translation
46.
non-local Riemann-Hilbert problem
47.
Regional and local government policy
48.
strategies for human resource and local policies
49.
the local agricultural production
50.
ultra-local model
51.
anaerobic digestion, microbial communities, organic fraction municipal solid waste, renewable natural gas, synergy
52.
business income of a natural person
53.
controlled natural language
54.
integrated electricity and natural gas system (IEGS)
55.
Multi-area coordination of integrated electricity and natural gas transmission system
56.
natural
57.
natural alkylresorcinols
58.
natural attenuation
59.
natural background
60.
natural background model
61.
natural boundary conditions at joints
62.
natural capital
63.
natural compounds
64.
natural convection
65.
natural daylight
66.
natural deep eutectic solvents
67.
natural disaster threats
68.
natural disasters
69.
natural environment
70.
natural fluorcarbonateapatite
71.
natural freshwater
72.
natural gas
73.
natural hazard
74.
natural hazards
75.
natural interferences
76.
natural kinds
77.
natural language processing
78.
natural lan-guage processing
79.
natural language processing (NLP)
80.
natural language understanding
81.
natural law
82.
natural lighting
83.
Natural logic
84.
natural monopoly
85.
natural paint
86.
Natural pigments
87.
natural products
88.
Natural radioactivity
89.
natural radionuclides
90.
natural remanent magnetization
91.
Natural resource justice
92.
Natural Resource Management
93.
natural resources
94.
natural sciences
95.
natural species
96.
natural tartaric acid
97.
natural tracers
98.
natural variation
99.
natural water
100.
natural waters
101.
natural weathering
102.
natural ventilation
103.
natural ventilation system
104.
Nunavut natural resource development
105.
renewable natural gas
106.
semanting parsing the natural language
107.
semi natural meadows
108.
semi-natural grasslands
109.
semi-natural woodlands
110.
supply routes for natural gas
111.
theory of natural disaster
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.
carbon based materials
129.
carbon materials
130.
carbon neutral building materials
131.
carbon-based materials
132.
ceramic luminescent materials
133.
ceramic materials
134.
composite materials
135.
construction materials
136.
Critical Raw Materials
137.
dielectric materials
138.
dispersion strengthened materials
139.
earth-abundant materials
140.
EIT Raw Materials
141.
electroactive materials
142.
electron transporting materials
143.
ferromagnetic materials
144.
fill materials
145.
flow packaging materials
146.
fracture (materials)
147.
functional materials
148.
functionalized materials
149.
fusion-related materials
150.
granular materials
151.
Hard magnetic materials
152.
hazardous materials
153.
high-entropy materials
154.
historic building materials
155.
hybrid materials
156.
indoor finishing materials
157.
inorganic materials
158.
insulation materials
159.
insulation materials
160.
living materials
161.
luminogenic materials
162.
macroporous materials
163.
magnetic materials
164.
magnetically ordered materials
165.
materials
166.
materials chemistry
167.
materials computational analysis
168.
materials design
169.
materials engineering
170.
materials mass origin
171.
materials reliability
172.
materials science
173.
materials technology
174.
materials testing
175.
mechanics of materials
176.
mesoporous materials
177.
MIEC materials
178.
M–N–C catalyst materials
179.
monograin materials
180.
multi-phase materials
181.
nanostructured materials
182.
optical materials
183.
optically active materials
184.
organic materials
185.
oxide materials
186.
phase change materials
187.
phase-change materials
188.
plasma facing materials
189.
plasma-facing materials
190.
porous carbon materials
191.
porous materials
192.
powder materials
193.
processing of bioinspired materials
194.
prosthesis materials
195.
Rare-earth-free luminescent materials
196.
raw materials
197.
recycled building materials
198.
road materials
199.
sensing materials
200.
simulations of bioinspired materials at all length scales
201.
smart materials
202.
smart materials with structural health monitoring capabilities
203.
soft magnetic composite materials
204.
soft magnetic materials
205.
soft robot materials and design
206.
solar energy materials
207.
soundproof materials
208.
structures and materials
209.
sustainable materials
210.
teaching materials
211.
transportation materials
212.
Two-dimensional materials
213.
Ultrafine-grained materials
214.
wear of materials
215.
wide bandgap materials
216.
virucidal materials
217.
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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