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book article
The effect of niobium on in situ synthesis of titanium carbide in composite hardfacings
Yöyler, Sibel
;
Surzhenkov, Andrei
;
Viljus, Mart
;
Traskmaa, Rainer
;
Juhani, Kristjan
Materials Engineering and Modern Manufacturing, MeMM 2023 : Selected peer-reviewed extended articles based on abstracts presented at the 30thInternational Baltic Conference “Materials Engineering and Modern Manufacturing 2023”, MeMM 2023
Materials science forum
2023
/
p. 55-60
https://doi.org/10.4028/p-A5WzJl
book article
Number of records 1, displaying
1 - 1
keyword
132
1.
effect of Ti and Nb
2.
Ti-Nb alloy
3.
Ti-Nb-Zr alloy
4.
narrowband internet of things (NB-IoT)
5.
narrow-band IoT (NB-IoT)
6.
Nb
7.
NB-IoT
8.
NB-IoT Cloud
9.
NB-IoT coverage
10.
NB-IoT development platform
11.
NB-IoT network
12.
NB-IoT networks
13.
NB-IoT, LTE Cat M1, LoRa, and SigFox
14.
NB-IoT-based edge-ofthings
15.
Pure Nb
16.
Al/Ti ratio
17.
diamond–Ti6Al4V composite
18.
Ni-Ti heat-activated orthodontic archwires
19.
ZrC-Ti
20.
Ti
21.
Ti(C,N)-Fe-based cermets
22.
Ti(C,N)–Fe-based cermets
23.
Ti(CN)-Fe-based cermets
24.
Ti–35Nb–7Zr–5Ta
25.
Ti-35Nb-7Zr-5Ta alloy
26.
Ti-6Al-4V
27.
Ti–6Al–4V
28.
Ti-6Al-4V alloy
29.
TiB2/Ti composites
30.
TiC/Ti-alloy composites
31.
Ti-in-quartz geothermometer
32.
Ti-TiBw composite
33.
(Zr,Ti)C solid solution
34.
β-Ti alloy
35.
β-Ti-alloys
36.
Ageing effect
37.
amplification effect
38.
ampli-fication effect
39.
anticompetitive object/effect
40.
attenuation effect
41.
axial end effect
42.
binding effect of national decisions
43.
Buffer effect
44.
bullwhip effect
45.
butterfly effect
46.
cascading effect
47.
climate effect
48.
combinatorial effect (CE)
49.
company size effect
50.
Computational effect
51.
dead-time effect
52.
disposition effect
53.
Doppler effect
54.
Dunning-Kruger effect
55.
dysynergistic effect
56.
economic effect
57.
edge effect
58.
effect
59.
effect concentrations bioaccumulation
60.
effect measurement
61.
effect of cellulose type and DP
62.
effect of high bide
63.
effect of national decisions on actions for competition damages
64.
effect of preparation procedure
65.
effect of surfactant
66.
effect on competition
67.
EMF effect
68.
exchange rate effect
69.
Failure mode and effect analysis (FMEA)
70.
failure modes and effect analysis
71.
family background effect
72.
field effect transistor
73.
fixed country-effect model
74.
ground effect
75.
ground effect vehicle (GEV)
76.
Hall–Petch effect
77.
hexokinase Warburg effect
78.
horizontal effect doctrine
79.
housemoney effect prospect theory
80.
incentive effect
81.
indirect effect
82.
isotope effect
83.
junction field-effect transistor (JFET)
84.
leverage effect
85.
local layout effect (LLE)
86.
longitudinal end effect
87.
magneto-elastic effect
88.
mass loading effect
89.
matrix effect
90.
mediation effect
91.
memory effect
92.
metal-oxide-semiconductor field-effect transistors (MOSFETs)
93.
microwave effect
94.
mineral matter effect
95.
mitigation strategies of UHI effect
96.
moderating effect
97.
multiple stressor effect sizes
98.
multiple stressor effect types
99.
multiplier effect
100.
peer effect
101.
Phonon Drag Effect
102.
photoelectric effect
103.
placebo effect
104.
plasmonic effect
105.
pseudo-Jahn-Teller effect
106.
real estate wealth effect
107.
rebound effect
108.
reflection effect
109.
reservoir effect
110.
Sandelin effect
111.
school effect
112.
size effect
113.
skin effect
114.
skin-effect
115.
snappy effect
116.
solvent effect
117.
stack effect
118.
standardized effect size
119.
Streisand effect
120.
substituent effect
121.
surface plasmon resonance effect
122.
synergetic effect
123.
synergistic effect
124.
Talbot effect
125.
temperature effect
126.
temperature effect component
127.
the Diderot effect
128.
thickness effect
129.
transverse edge effect
130.
Warburg effect
131.
well proximity effect (WPE)
132.
wind effect
author
3
1.
Butin, N.B.
2.
Eskin, N.B.
3.
Krivchenko, T.I.
subject term
2
1.
aldool-tištšenko reaktsioon
2.
TI-Hüpe 2025
TalTech subject term
1
1.
ti-hüpe
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