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Influence of temperature on the performance of Nafion coated RuO2 based pH electrodes
Uppuluri, Kiranmai
;
Lazouskaya, Maryna
;
Szwagierczak, Dorota
;
Zaraska, Krzysztof
2021 IEEE International Conference on Flexible and Printable Sensors and Systems (FLEPS), Manchester, United Kingdom
2021
/
4 p
https://doi.org/10.1109/FLEPS51544.2021.9469758
artikkel kogumikus
Seotud publikatsioonid
1
Screen-printed pH sensors based on ruthenium(IV) oxide for measurement in food samples = Ruteenium(IV) oksiidil põhinevad siiditrükiga pH-andurid toiduproovide mõõtmiseks
Kirjeid leitud 1, kuvan
1 - 1
võtmesõna
196
1.
temperature effect component
2.
temperature effect
3.
axisymmetric sheet metal component
4.
blade component
5.
boiler component
6.
component
7.
component additive method
8.
component dependency analysis
9.
component design
10.
Component organised learning (COL)
11.
component safety
12.
component stress factor
13.
component-based design
14.
cyclical component
15.
dense component
16.
fast independent component analysis
17.
optimization component
18.
oxychloride component
19.
passive component degradation
20.
passive component integration
21.
PCBA component modeling
22.
Peripheral Component Interconnect (PCI) express bus
23.
principal component analysis
24.
principal component analysis (PCA)
25.
radial velocity component
26.
reduced component count (RCC)
27.
sheet metal component forming
28.
zero-salinity component
29.
air–water temperature difference
30.
C. high temperature corrosion
31.
classroom temperature
32.
color temperature
33.
colour temperature
34.
crystallization temperature
35.
design outdoor temperature
36.
effective carrier temperature
37.
elevated temperature
38.
high temperature
39.
high temperature corrosion
40.
high temperature electrolysis
41.
high temperature fatigue
42.
high temperature fuel cells
43.
high temperature impact-abrasion
44.
high temperature tribology
45.
high temperature wear
46.
High-Pressure High-Temperature Spark Plasma Sintering
47.
high-speed temperature scanner
48.
high-temperature
49.
high-temperature ceramic superconductors
50.
high-temperature differential thermal analysis (HDTA)
51.
high-temperature tribology
52.
high-temperature wear
53.
indoor air temperature gradient
54.
indoor temperature
55.
indoor temperature after renovation
56.
low temperature
57.
low temperature district heating
58.
low temperature heating
59.
low temperature performance
60.
low temperature pyrolysis
61.
low temperature synthesis
62.
low-temperature
63.
low-temperature heat sources
64.
low-temperature dependence photoluminescence
65.
low-temperature district heating
66.
low-temperature heat sources
67.
low-temperature plasma
68.
low-temperature sulphur corrosion
69.
magma temperature
70.
mean radiant temperature
71.
Negative bias temperature instability
72.
Negative Bias Temperature Instability (NBTI)
73.
operative temperature
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.
return temperature
82.
room and hot temperature pressing
83.
room temperature
84.
room-temperature fluoride ion batteries
85.
sea surface temperature
86.
sea surface temperature (SST)
87.
self-propagating high temperature synthesized (SHS)
88.
Self-Propagating High-Temperature Synthesis
89.
sintering temperature
90.
Softening Temperature
91.
surface temperature
92.
temperature
93.
temperature change
94.
temperature control
95.
temperature dependence
96.
temperature effects
97.
temperature extremes
98.
temperature factor
99.
temperature forecast
100.
temperature gradient
101.
temperature in contact area
102.
temperature influence
103.
temperature measurement
104.
temperature measurements
105.
temperature metrology
106.
temperature proxy
107.
temperature scale
108.
temperature sensors
109.
temperature setback efficiency
110.
water temperature
111.
weld temperature
112.
Very-low temperature crystallization peak
113.
working temperature of luminaires
114.
Ageing effect
115.
amplification effect
116.
ampli-fication effect
117.
anticompetitive object/effect
118.
attenuation effect
119.
axial end effect
120.
Buffer effect
121.
bullwhip effect
122.
butterfly effect
123.
cascading effect
124.
combinatorial effect (CE)
125.
company size effect
126.
Computational effect
127.
dead-time effect
128.
disposition effect
129.
Doppler effect
130.
Dunning-Kruger effect
131.
dysynergistic effect
132.
economic effect
133.
edge effect
134.
effect
135.
effect concentrations bioaccumulation
136.
effect measurement
137.
effect of high bide
138.
effect of preparation procedure
139.
effect of surfactant
140.
effect of Ti and Nb
141.
effect on competition
142.
EMF effect
143.
exchange rate effect
144.
Failure mode and effect analysis (FMEA)
145.
failure modes and effect analysis
146.
family background effect
147.
field effect transistor
148.
fixed country-effect model
149.
Hall–Petch effect
150.
hexokinase Warburg effect
151.
horizontal effect doctrine
152.
housemoney effect prospect theory
153.
incentive effect
154.
indirect effect
155.
junction field-effect transistor (JFET)
156.
leverage effect
157.
longitudinal end effect
158.
magneto-elastic effect
159.
mass loading effect
160.
matrix effect
161.
mediation effect
162.
memory effect
163.
metal-oxide-semiconductor field-effect transistors (MOSFETs)
164.
microwave effect
165.
mineral matter effect
166.
mitigation strategies of UHI effect
167.
moderating effect
168.
multiple stressor effect sizes
169.
multiple stressor effect types
170.
multiplier effect
171.
peer effect
172.
placebo effect
173.
plasmonic effect
174.
pseudo-Jahn-Teller effect
175.
real estate wealth effect
176.
reflection effect
177.
reservoir effect
178.
Sandelin effect
179.
school effect
180.
size effect
181.
skin effect
182.
skin-effect
183.
snappy effect
184.
solvent effect
185.
stack effect
186.
Streisand effect
187.
substituent effect
188.
surface plasmon resonance effect
189.
synergetic effect
190.
synergistic effect
191.
Talbot effect
192.
the Diderot effect
193.
thickness effect
194.
transverse edge effect
195.
Warburg effect
196.
wind effect
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