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book article EST
/
book article ENG
Characterization of the temperature dependent behavior of snappy phenomenon by the switching-off of GaAs power diode structures
Koel, Ants
;
Rang, Toomas
;
Rang, Galina
Heat transfer XIII : simulation and experiments in heat and mass transfer
2014
/
p. 439-449 : ill
https://doi.org/10.2495/HT140381
Conference proceedings at Scopus
Article at Scopus
book article EST
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book article ENG
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keyword
122
1.
temperature influence
2.
air temperature
3.
air–water temperature difference
4.
automated supply air temperature (ASAT)
5.
C. high temperature corrosion
6.
Cialdini’s weapons of influence
7.
classroom temperature
8.
color temperature
9.
colour temperature
10.
crystallization temperature
11.
design outdoor temperature
12.
DHW influence on DH system dimensioning
13.
digital international influence
14.
effective carrier temperature
15.
elevated temperature
16.
generic anthropogenic influence
17.
ground influence
18.
ground temperature
19.
high temperature
20.
high temperature corrosion
21.
high temperature electrolysis
22.
high temperature fatigue
23.
high temperature fuel cells
24.
high temperature impact-abrasion
25.
high temperature oxidation
26.
high temperature shear strength
27.
high temperature tribology
28.
high temperature wear
29.
High-Pressure High-Temperature Spark Plasma Sintering
30.
high-speed temperature scanner
31.
high-speed temperature scanner (HSTS)
32.
high-temperature
33.
high-temperature ceramic superconductors
34.
high-temperature deformation behavior
35.
high-temperature differential thermal analysis (HDTA)
36.
high-temperature microelectronics
37.
high-temperature synthesis (SHS)
38.
high-temperature tribology
39.
high-temperature wear
40.
Hostile influence
41.
human influence
42.
indoor air temperature
43.
indoor air temperature gradient
44.
indoor temperature
45.
indoor temperature after renovation
46.
influence activity
47.
influence of EU
48.
influence on DH system dimensioning
49.
influence on health
50.
influence operation
51.
influence operations
52.
interlayer temperature
53.
lay-up influence
54.
low temperature
55.
low temperature district heating
56.
low temperature heating
57.
low temperature performance
58.
low temperature pyrolysis
59.
low temperature synthesis
60.
low-temperature
61.
low-temperature heat sources
62.
low-temperature dependence photoluminescence
63.
low-temperature district heating
64.
low-temperature heat sources
65.
low-temperature plasma
66.
low-temperature sintering
67.
low-temperature sulphur corrosion
68.
magma temperature
69.
mean radiant temperature
70.
Negative bias temperature instability
71.
Negative Bias Temperature Instability (NBTI)
72.
operative temperature
73.
oxygen influence
74.
pavement temperature
75.
positive temperature coefficient
76.
pressing temperature
77.
pressure-temperature conditions
78.
pyrolysis end-temperature
79.
radiant temperature
80.
radiative temperature
81.
real-time room temperature test
82.
return temperature
83.
room and hot temperature pressing
84.
room temperature
85.
room-temperature fluoride ion batteries
86.
running mean temperature
87.
sea surface temperature
88.
sea surface temperature (SST)
89.
self-propagating high temperature synthesized (SHS)
90.
Self-Propagating High-Temperature Synthesis
91.
sintering temperature
92.
social influence
93.
Softening Temperature
94.
soil temperature
95.
surface influence
96.
surface temperature
97.
temperature
98.
temperature change
99.
temperature control
100.
temperature dependence
101.
temperature effect
102.
temperature effect component
103.
temperature effects
104.
temperature extremes
105.
temperature factor
106.
temperature forecast
107.
temperature gradient
108.
temperature historical data series
109.
temperature in contact area
110.
temperature measurement
111.
temperature measurements
112.
temperature metrology
113.
temperature profiles
114.
temperature proxy
115.
temperature scale
116.
temperature sensors
117.
temperature setback efficiency
118.
the influence of DHW consumption on dimensioning the DH network
119.
water temperature
120.
weld temperature
121.
Very-low temperature crystallization peak
122.
working temperature of luminaires
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