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1 tenna to couple the IR energy to a nanoscale thermocouple.
2 a chamber reduced beyond the dimensions of a thermocouple.
3 was measured by a rectal probe attached to a thermocouple.
4 le, and tip temperature was monitored with a thermocouple.
5 opt)) is 1.0 x 10(-5) for this type of Ag-Ni thermocouple.
6 the performance of the microfabricated Ni-Ag thermocouple.
7  long paired helices function as a molecular thermocouple.
8 e the output power and the efficiency of the thermocouple.
9 re temperature measurement using an embedded thermocouple.
10                                          The thermocouple also provides real-time droplet temperature
11  been improved with the addition of a type-K thermocouple and a custom heater control circuit for dir
12 oints of contact between the droplet and the thermocouple and the Teflon film on the heater surfaces.
13 Au-coated probe featuring embedded nanoscale thermocouples and a heated planar Au substrate that were
14 ermal dynamics were monitored using invasive thermocouples and non-invasive FLIR imaging, yielding de
15 nd was based on in situ monitoring of xylem (thermocouples) and surface temperatures (infrared imagin
16 een proposed, such as radiation thermometry, thermocouple based contact thermometry, scanning thermal
17 ctrostatic voltage is formed in the proposed thermocouple by the induced electrostatic potentials at
18                           While conventional thermocouples can track product temperature, they are in
19 ce visualization beyond tumor margins, while thermocouples confirmed cytotoxic temperatures approxima
20 changes were measured with a copper constant thermocouple contained within a 21 gauge hypodermic need
21 t the output power and the efficiency of the thermocouple could be enhanced up to four times those of
22                                         Leaf thermocouple data from multiple sites across the tropics
23                 Based on this finding, a new thermocouple design that uses low doping legs and high d
24 iency up to four times those of the original thermocouple design with the same leg doping densities.
25 ow temperature exotherms; LTEs) using needle thermocouples during 2D imaging as buds were cooled with
26                          Ablations with dual thermocouple electrodes achieved higher measured tempera
27 eratures measured with chronically implanted thermocouple electrodes in rats.
28 adherence occurred less frequently with dual thermocouple electrodes than with single, centered therm
29 chamber axis were measured using a series of thermocouples fitted axially on the combustion chamber w
30  To test this, we monitored sniffing using a thermocouple in the nasal cavity and whisking with an el
31                                   We impaled thermocouples in taxidermy mounts to further quantify th
32 tom-fabricated scanning probes with embedded thermocouples, in conjunction with new microdevices capa
33   The analytical model developed for the new thermocouple indicated that its efficiency and power out
34 sensitive pyrometer was calibrated against a thermocouple inserted into a 550-nL PCR chamber and used
35  Core temperatures (Tcs) were recorded using thermocouples inserted 2 cm into the colon.
36 noassay; Tc was monitored continuously using thermocouples inserted 5 cm into the colon.
37  Local temperature measurement (e.g., with a thermocouple) is typically used to monitor/control adsor
38                                     A single thermocouple made of Silicon semiconductors was simulate
39 e imaging showed minimal zonular stress, and thermocouple measurements demonstrated negligible AC tem
40                     We chronically implanted thermocouple microsensors in the nucleus accumbens (a br
41                          Tract ablation with thermocouple-monitored RF energy decreased postprocedura
42                                       US and thermocouple monitoring of the procedure were performed
43 chemical extracts by using microcalorimetry, thermocouples, or pyroelectric films, all of which affor
44            Each slab was mounted such that a thermocouple placed in contact with dentin opposite the
45 stor were compared with electrodes with dual thermocouples placed at opposite ends and on opposing si
46 teotomies were made for each subgroup with a thermocouple positioned intra-bone (1 mm distant from th
47                                      Using a thermocoupled power meter, it is possible to measure the
48            This paper presents a microneedle thermocouple probe designed for temperature measurements
49 ) were instrumented with micromanometers and thermocouple probes.
50 tal of 259 cryoballoon and 229 tissue tissue thermocouples profiles during 53 cryoablations of 40 PVs
51                                 Nine surface thermocouples provide temperature feedback to a propriet
52 for measurement of leaf water potential by a thermocouple psychrometer method and for measurement of
53 ependently triangulated from individual leaf thermocouples, pyrgeometers and remote sensing (ECOSTRES
54                                Gold-standard thermocouple readings and fluorescence-based temperature
55                         Simultaneous LFP and thermocouple recordings revealed the 80-130 Hz rhythm wa
56 s played a significant role in enhancing the thermocouple's efficiency and power output.
57 tion for and the numerical simulation of the thermocouple showed that the electrostatic voltage, as a
58                                 An ultrafine thermocouple technique was developed to measure retinal
59                        Anterior chamber (AC) thermocouple temperature measurements were evaluated in
60 chieved in a 1.7-microl chamber containing a thermocouple that allowed for accurate control of temper
61           Ablation was performed with device thermocouples that permitted real-time monitoring of the
62 he need for calibrating the pyrometer with a thermocouple, the on-chip calibration of pyrometer was a
63  inactivated when in direct contact with the thermocouple, this was circumvented with the polyimide c
64                           The other housed a thermocouple to measure local temperature.
65 e use a single, two-junction 25 mum diameter thermocouple to measure the temperature change.
66 ed scanning probes with integrated nanoscale thermocouples to investigate heat dissipation in the ele
67 cond high-speed visible light camera and two thermocouples to provide insight into the film formation
68 bedded tip (for rapid cooling) and 6 surface thermocouples to reflect tissue temperature.
69 were dependent on the distance of the tissue thermocouples to the balloon surface (r=0.85; P<0.001).
70             The 808 nm NIR laser module with thermocouple was employed for functional studies upon NI
71          Calibration of the sensor against a thermocouple was performed while heating the microchip i
72                                              Thermocouples were implanted in the atrial muscle of the
73   Laser Doppler flow probes, tissue PO2, and thermocouples were implanted in the cerebral cortices of
74                                          Two thermocouples were placed between the mechanical cone an
75 esulting from field exposures did not occur, thermocouples were placed into several eggs at the site
76                                   The tissue thermocouples were placed on the epicardial surface of t
77                                              Thermocouples were placed to measure core and brain temp
78                                              Thermocouples were used to measure the eluent temperatur
79 ld be enhanced up to four times those of the thermocouple without the emitters.