Otsing - TalTech teadusportaal

1. high temperature wear
2. high-temperature wear
3. High-Pressure High-Temperature Spark Plasma Sintering
4. C. high temperature corrosion
5. high temperature
6. high temperature corrosion
7. high temperature electrolysis
8. high temperature fatigue
9. high temperature fuel cells
10. high temperature impact-abrasion
11. high temperature oxidation
12. high temperature tribology
13. high-speed temperature scanner
14. high-temperature
15. high-temperature ceramic superconductors
16. high-temperature deformation behavior
17. high-temperature differential thermal analysis (HDTA)
18. high-temperature synthesis (SHS)
19. high-temperature tribology
20. self-propagating high temperature synthesized (SHS)
21. Self-Propagating High-Temperature Synthesis
22. abrasive erosive wear
23. abrasive impact wear
24. abrasive sliding wear
25. abrasive three-body wear
26. abrasive wear
27. abrasive wear resistance
28. abrasive-erosive wear
29. adhesive wear
30. air temperature
31. air–water temperature difference
32. classroom temperature
33. Coefficient of wear
34. color temperature
35. colour temperature
36. Corrosion-wear
37. crystallization temperature
38. cutting tool wear phenomenon
39. design outdoor temperature
40. diffusion-controlled wear
41. effective carrier temperature
42. elevated temperature
43. erosion wear
44. erosive wear
45. erosive wear resistance
46. FEM Hertz contact and wear models
47. flank wear
48. frictional wear
49. impact wear
50. impact-abrasive wear
51. indoor air temperature
52. indoor air temperature gradient
53. indoor temperature
54. indoor temperature after renovation
55. industrial field wear tests
56. interlayer temperature
57. low temperature
58. low temperature district heating
59. low temperature heating
60. low temperature performance
61. low temperature pyrolysis
62. low temperature synthesis
63. low-temperature
64. low-temperature heat sources
65. low-temperature dependence photoluminescence
66. low-temperature district heating
67. low-temperature heat sources
68. low-temperature plasma
69. low-temperature sulphur corrosion
70. magma temperature
71. mean radiant temperature
72. modelling of wear
73. Negative bias temperature instability
74. Negative Bias Temperature Instability (NBTI)
75. non-lubricated wear
76. operative temperature
77. pavement temperature
78. pavement wear
79. pin on disc wear testing
80. positive temperature coefficient
81. pressing temperature
82. pressure-temperature conditions
83. pyrolysis end-temperature
84. radiant temperature
85. radiative temperature
86. return temperature
87. room and hot temperature pressing
88. room temperature
89. room-temperature fluoride ion batteries
90. running mean temperature
91. sea surface temperature
92. sea surface temperature (SST)
93. sintering temperature
94. sliding wear
95. Softening Temperature
96. surface fatigue wear
97. surface temperature
98. temperature
99. temperature change
100. temperature control
101. temperature dependence
102. temperature effect
103. temperature effect component
104. temperature effects
105. temperature extremes
106. temperature factor
107. temperature forecast
108. temperature gradient
109. temperature historical data series
110. temperature in contact area
111. temperature influence
112. temperature measurement
113. temperature measurements
114. temperature metrology
115. temperature profiles
116. temperature proxy
117. temperature scale
118. temperature sensors
119. temperature setback efficiency
120. Three-body abrasive wear
121. tire wear
122. tool wear
123. water temperature
124. wear
125. wear analysis
126. wear and economic feasibility map
127. wear behavior
128. wear behaviour
129. wear by hard particles
130. wear map
131. wear mapping
132. wear measurement
133. wear mechanism
134. Wear mechanisms
135. wear of materials
136. wear parts
137. wear performance
138. wear prediction
139. wear properties
140. wear protection
141. wear rate
142. wear regression
143. wear resistance
144. wear resistant material
145. wear resistant steels
146. wear simulation
147. wear testing
148. wear-impact resistance
149. wear-out
150. wear-out failure
151. weld temperature
152. Very-low temperature crystallization peak
153. working temperature of luminaires
154. Al0.1CoCrFeNi high-entropy alloy
155. bimodal high-density polyethylene (HDPE) PE100
156. dual-phase high-entropy alow
157. effect of high bide
158. eutectic high entropy alloys
159. eutectic high-entropy alloys
160. high
161. high boost converter
162. high cell mass production
163. high context and low context cultures
164. high current applications
165. high cycle fatigue
166. High Cycling Stability
167. high efficiency
168. High efficiency conversion
169. high electricity consumption
170. high energy ballmilling
171. high energy milled activation
172. high energy milling
173. High energy physics
174. high entropy alloy
175. high entropy alloys
176. high entropy intermetallics
177. High entropy oxide
178. high frequency instability
179. high frequency link
180. high frequency link conversion
181. high frequency link converters
182. high frequency link DC-AC converter
183. high gain boost converter (HGBC)
184. high gain dc/dc converter
185. High gain step up DC-DC converter
186. high heating rate
187. high impedance faults
188. high level DD (HLDD)
189. high level synthesis
190. high nonlinear
191. high penetration of renewable energy sources (RESs)
192. high percentage of wind power
193. high performance computing
194. High Performance DSC (HPer DSC)
195. high performance liquid chromatography (HPLC)
196. high power density
197. high pressure grinding rolls
198. high pressure liquid chromatography procedure
199. high pressure torsion
200. High Pressure Torsion Extrusion
201. high pressure torsion extrusion (HPTE)
202. high reliability
203. high reliability leadership
204. high reliability management
205. high reliability organizations
206. high school
207. high school student
208. high schools
209. high speed boat
210. high speed craft (HSC)
211. high speed machining
212. high speed measurement
213. high step up/down
214. high step-down conversion ratio
215. high step-up
216. high step-up converters
217. high step-up power converter
218. high strength
219. high strength self-compacting concrete
220. high strength steels
221. high surface area carbon
222. high switching frequency
223. high tech industries
224. High technologies park HTP
225. high technology
226. high temperatures
227. high throughput sequencing
228. high viscosity
229. high voltage
230. High voltage circuit breaker
231. high voltage direct current (HVDC)
232. high voltage engineering
233. high voltage gain
234. high voltage power converters
235. high-assurance cryptography
236. high-cooked cheese
237. high-density apolipoprotein A
238. high-density lipoprotein cholesterol
239. high-dimensional
240. high-dimensional data
241. high-energy astrophysics
242. high-energy ball milling
243. high-entropy alloy
244. high‐entropy alloy
245. high-entropy alloys
246. high-entropy materials
247. high-entropy nanocomposites
248. high-fat
249. high-fidelity simulator
250. high-frequency data
251. high-frequency link converter
252. high-frequency machine modeling
253. high-frequency model
254. high-frequency sensor
255. high-frequency transformer
256. high-frequency transformers
257. high-frequency transients
258. high-gain non-inverting buck-boost converter
259. high-intensity interval training
260. high-k oxides
261. high-level control fault model
262. high-level control faults
263. high-level decision diagram
264. high-level decision diagrams
265. high-level decision diagrams (HLDD) synthesis
266. High-level Decision Diagrams for Modeling Digital Systems
267. high-level expert group on AI
268. high-level fault coverage
269. high-level fault model
270. high-level fault simulation
271. high-level functional fault model
272. high-level synthesis
273. High-Level Synthesis (HLS)
274. high-level synthesis for test
275. high-level test data generation
276. high-penetration renewable energy
277. high-penetration renewable energy sources (RESs)
278. high-performance computer systems
279. high-performance computing systems
280. high-performance computing systems, Information processing
281. high-performance liquid chromatography
282. high-performance liquid chromatography-diode array detector-mass spectrometer
283. high-performance photocathode
284. high-performance ports
285. High-Performance Work Systems
286. high-precision levelling
287. high-pressure annealing
288. high-pressure processing
289. high-pressure solidification
290. high-pressure torsion
291. high-priority NIDS alert
292. high-resolution
293. high-resolution (HR)-PWM
294. high-resolution biostratigraphy
295. high-schools
296. high-spatial resolution
297. high-speed
298. high-speed craft
299. high-speed design
300. high-speed MAS (magic angle spinning)
301. high-speed planing crafts
302. high-speed railway
303. high-speed serial link test
304. high-speed thermogravimetric analysis
305. high-strength wastewater
306. high-stress abrasion
307. high-Tc superconductors
308. high-tech industry
309. high-throughput
310. high-throughput analysis
311. high-vacuum evaporation
312. high-velocity air-fuel (HVAF) spraying
313. high-voltage techniques
314. high-κ dielectrics
315. isolated high step-up converter
316. logic level and high level BDDs
317. low-context and high-context
318. refractory high entropy alloys (RHEAs)
319. ultra high
320. ultra High gain boost converter (UHGBC)
321. ultra high step-up
322. Utsira High
323. very high-resolution numerical modelling

high temperature wear (võtmesõna)

teaviku laadid

võtmesõna 323