ライフサイエンスコーパス: resistor

1 hich he called a memristor (short for memory resistor).

2 e induced airflow limitation with a Starling resistor.

3 ing to determine a microfluidic network as a resistor.

4 or-metal devices are more than just a memory-resistor.

5 an electronic capacitor discharged through a resistor.

6 ctrical properties of a memory element and a resistor.

7 temperature was monitored using a thin-film resistor.

8 duced by inspiring against a calibrated flow resistor.

9 72 trials of breathing against the external resistors.

10 connexin40 (Cx40) gap junctions to upstream resistors.

11 rication, or loss of power through pull-down resistors.

12 it of thermalized charge carriers in passive resistors.

13 istics of the memristive device and external resistors.

14 amic resistances using external hydrodynamic resistors.

15 lymphatic smooth muscle that act as Starling resistors.

16 sisting of two miniature relays, diodes, and resistors.

17 cycling utilizes screen-printed graphite ink resistors.

18 S) materials that are frequently used with a resistor (1S1R) in memory devices have been found to sho

19 ic spikes within a hybrid one-transistor/one-resistor (1T1R) memristive synapse.

20 istic of this molecular memristor (a 'memory resistor', a globally passive resistive-switch circuit e

21 deled using lumped components that include a resistor, a capacitor, and a current source representing

22 usion as a capacitor being charged through a resistor after the rapid imposition of a voltage change.

23 anding region, and five outlets with fluidic resistors, allowing for inertial focusing and ordering,

24 The addition of serial resistors allows us to quantify AC currents passing thro

25 It consists of a capacitor, resistors, amplifiers, logic circuitry and electronicall

26 tor, a linear passive capacitor, a nonlinear resistor and a thermistor, that is, a nonlinear "locally

27 , representing the electrochemical cell as a resistor and capacitor in series.

28 hotopores' that transition between iontronic resistor and diode modes in response to irradiation at o

29 very component (channel, interconnects, load resistor and source/drain/gate electrodes) fabricated fr

30 nce between the power dissipated in the load resistor and the power supplied by the secondary voltage

31 resent screen-printed inductors, capacitors, resistors and an RLC circuit on flexible plastic substra

32 amplifiers were modified by configuration of resistors and capacitors to enable fast response, and a

33 lect small capacitance nodes in a network of resistors and capacitors.

34 These resistors and diodes exhibit temperature-independent cha

35 ication of digital logic circuits comprising resistors and diodes made from protein complexes and wir

36 spiratory system in the form of a network of resistors and fractional capacitors.

37 minimal equivalent circuit) comprised of two resistors and one capacitor.

38 ately measure the complex voltage across the resistor (and hence current through the device and dropl

39 double layer capacitor, an electron-transfer resistor, and a Warburg impedance around each electrode,

40 while patients breathed through inspiratory resistors, and diaphragmatic contractility was quantifie

41 as the wafer level chip scale packages, chip resistors, and light-emitting diodes, can be reflow-sold

42 Moreover, two flow resistors are included to ensure an equal flow of analyt

43 In this work, synaptic resistors are reported to emulate the analog convolution

44 Printed inductors and resistors are then incorporated into a step-up voltage r

45 ms as they often rely on a memristor (memory resistor), are an emerging technology inspired by adapti

46 ions using an electronic circuit analog with resistors arranged in a hierarchical reticulate network

47 cal analytical approach from highly parallel resistor arrays, we examine the cells and ensemble struc

48 ers, yielding multifunctional single-sensing resistors as well as fully monolithically integrated e-s

49 f the central bridge region of the suspended resistor at a rate of 1.8 frames/s by using epi-illumina

50 We use a resistor-based approach to model multiphase mass transfe

51 ormed with kilohertz frequency inputs, using resistor-based logic in a memristor crossbar with FET in

52 Furthermore, we demonstrate one-selector-one-resistor behavior in a tandem of two identical Te-based

53 ge is the consideration of the antidiffusion resistor between the two auxiliary gas lines of the Dean

54 e nanoscale thermal expansion of a suspended resistor both theoretically and experimentally and obtai

55 ng glucose flux-limiting membrane; and (4) a resistor bridging the anode and cathode.

56 r experiments show that our variable thermal resistor can precisely stabilize the operating temperatu

57 he troublesome observation that the membrane resistor-capacitor filter could limit high-frequency aco

58 However, somatic motility can overcome resistor-capacitor filtering by the basolateral membrane

59 ial longitudinal element approach leads to a resistor-capacitor model, which can be used to simplify

60 ich can be effectively represented by an RC (resistor-capacitor) circuit.

61 rth electrical circuit element complementing resistors, capacitors and inductors.

62 ifferent functional heterostructures such as resistors, capacitors and photovoltaics.

63 The two-transistor-one-resistor cells provide strong cell current modulation ca

64 amental limitations of computers, a synaptic resistor circuit performs speech inference and learning

65 ergy is well modeled by a parallel capacitor resistor circuit with a time constant of 5.3 ms.

66 ed Super-Turing AI model based on a synaptic resistor circuit, capable of concurrent real-time infere

67 hole-cell currents were modeled according to resistor-circuit analysis and two correction formulas fo

68 Synaptic resistor circuits enable efficient and adaptive Super-Tu

69 The SiOx -based one diode-one resistor device system has promise to satisfy the prereq

70 DAC" (named for its similarity to a weighted-resistor digital-to-analog converter) is capable of cont

71 e consistent with a model where the adaptive resistor dynamically changes its resistance during disch

72 ors at any operating point without using any resistors, especially at the peak power point to maximiz

73 on application of a 2 V step in voltage, the resistor exhibited a steady-state increase in resistance

74 mplements the set of capacitor, inductor and resistor) exhibits eight recurrent and history-dependent

75 t abundant (24)Mg isotope and a 10(13) Omega resistor for the (26)Mg isotope.

76 topes and up to twofold using a 10(11) Omega resistor for the most abundant (24)Mg isotope and a 10(1

77 Nanoscale ionic programmable resistors for analog deep learning are 1000 times smalle

78 e improved up to fourfold using 10(13) Omega resistors for the monitoring of both the (24)Mg and (26)

79 resistance, are strong evidence for Starling resistor forces (venocompression) rather than active ven

80 We tested the hypothesis that Starling resistor forces render PAOP inaccurate as an index of le

81 d to the ground using 50 [Formula: see text] resistors from both ends, except for one microstrip line

82 A Force Sensitive Resistor (FSR) sensor and an ultrasonic sensor continuou

83 red primarily with their diaphragm through a resistor, generating (i) 60 % maximal inspiratory mouth

84 The ultra-compact 1 Transistor-1 Resistor implementation of oscillator and bidirectional

85 nometer level relative height changes of the resistor in a temporally and spatially resolved manner.

86 on, and it can be directly used as a tunable resistor in fluidic setups.

87 r a solvated, ion-filled nanopore is often a resistor in parallel with a capacitor.

88 tributions: (1) modelling of the switch as a resistor in parallel with a current-controlled current s

89 -photon avalanche diodes is to use a passive resistor in series with it.

90 t intensity varies through a parallel set of resistors in electric circuits.

91 porous electrodes cause them to perform like resistors in filter circuits that remove ripple from rec

92 uctance of the channel arises in effect from resistors in series, one from the binding region, one fr

93 ion before and after insertion of additional resistors in series.

94 uncharged regions of the pore as electrical resistors in series: the AMFE is produced by these regio

95 The resistors-in-series model provides a fundamentally diffe

96 geneous set of tile types, which may include resistors, inductances and/or capacitors.

97 ulated by 'lumped' circuit elements, such as resistors, inductors and capacitors.

98 ut any prior learning, a circuit of synaptic resistors integrating ferroelectric HfZrO materials was

99 of systems including current fluctuations in resistors, intensity fluctuations in music and signals i

100 CD8alpha expression on NK cells in putative resistors (Interferon gamma release assay negative; IGRA

101 initial steady-state voltage into a constant resistor is dependent on the past charging voltage profi

102 ontrolled switches and uses thermal noise in resistors (Johnson noise) to pump heat.

103 min(-1), and to be operated with an external resistor less than 30 Omega.

104 We use a resistor made of a FeRh AFM, which orders ferromagnetica

105 a single RRAM cell can operate as an analog resistor, meaning that it can be used in more novel comp

106 rrays to form fully integrated hybrid memory resistor (memristor)/transistor circuits.

107 However, a multiphase resistor model based on the physical and chemical proces

108 The resistor model is applied, accounting for the amorphous

109 A parallel resistor model is employed to discern the signal of the

110 ic disorder and use a phenomenological three-resistor model to account for their various features.

111 Here we present a Mott two-spin current resistor model which takes into account these parameters

112 Embedding leaf morphogenesis as a resistor network is significant in the optimization of a

113 sing a phenomenological semiclassical random resistor network model.

114 gn features: short length of the drift tube, resistor network of the drift tube, tristate ion shutter

115 e, we report a fullerene-decorated PdCo nano-resistor network sensor that integrates nanostructuring,

116 d, the defected NP SLs were assembled into a resistor network with more than 10(4) NP SLs, thus repre

117 fibers and the tissues was modelled using a resistor network, thus enabling distance-dependent ephap

118 adequate alternative, the concept of random resistor networks is suggested, with resistances describ

119 n equivalent circuit, consisting of an ohmic resistor of the electrolyte between two electrodes and a

120 wed that each leaflet acts as an independent resistor of water permeation.

121 cell carcinoma (ccRCC), but the drivers and resistors of the PD-1 response remain incompletely eluci

122 supercapacitors, conductive tracks and ohmic resistors on untreated plastic and paper substrates, wit

123 ield-effect transistors (FETs) and diffusion resistors, onto flexible plastic substrates.

124 om MFCs has been demonstrated using external resistors or charge pumps, but such methods can only dis

125 s not driven by phage alone, lingering phage resistors, or a sublethal inoculum.

126 While memory resistors, or memristors, have been widely reported, oth

127 assive components-inductors, capacitors, and resistors-perform functions such as filtering, short-ter

128 The impact of a series resistor (R(S)) on the variability and endurance perform

129 an equivalent circuit consisting of a series resistor (R(S), which includes the SAM-electrode contact

130 urface charge profile of the nanopore, ohmic resistors, rectifiers, and diodes can be made.

131 sistance (AMR) as giant as ~160% in a simple resistor structure made of AFM Sr(2)IrO(4) without auxil

132 Memristors are memory resistors that promise the efficient implementation of s

133 he fundamental passive circuit elements: the resistor, the capacitor and the inductor.

134 t elements, such as inductors, capacitors or resistors, the design and realization of a quantum memri

135 tively connecting or disconnecting a matched resistor to an antenna, the system can achieve data rate

136 Adding only a single series resistor to existing AC droplet actuation circuits, the

137 d modulates the Johnson (thermal) noise of a resistor to transmit information bits wirelessly.

138 nge the position of temperature compensation resistors to address errors caused by the temperature fi

139 From temperature of resistors to electrons breaking into fractional quasipar

140 rcuit to which was added a range of external resistors to mimic the mechanical load of mild asthma.

141 We used the Thevenin model of Starling resistors to represent the intra-extra-cranial compartme

142 ture and displacement field of the suspended resistor under a direct current (DC) input voltage.

143 Output was independent of the connecting resistor values over the range from 0 to 10 MOmega.

144 systems, spanning ceramic voltage-dependent resistors (varistors), oxide tunnel junctions and charge

145 pplied force was determined using a variable resistor walkway to monitor quadruped gait asymmetries.

146 it analysis indicated that electron transfer resistor was effective with the increase in impedance af

147 A 6 V battery with 1 kOmega ballast resistor was used to treat the biofilms for 1 h or 24 h.

148 n analytic theory of the 'memristor' (memory-resistor) was first developed from fundamental symmetry

149 sformed, rectified (DC) supply with a series resistor (where a significant fraction of the power is w

150 ion detection of the voltage drop across the resistor which filters out noise, enabling high-resoluti

151 The highest value resistor (which occurs in the depletion zone) limits the

152 ations (Johnson noise) that exist across any resistor, which allow the temperature to be determined.

153 insic PEEP was generated with a fixed linear resistor, which was inserted in the expiratory circuit t

154 s reveal that a minimal network of nonlinear resistors, which we have termed a 'fluidic memristor', d

155 Commonly used external resistors will not harvest any usable energy, so energy-

156 ss this issue by replacing a fixed quenching resistor with a bias-dependent adaptive resistive switch

157 As an example, using a Pt/Al(2)O(3)/Ag resistor with a commercial silicon single-photon avalanc

158 Memristive devices, which combine a resistor with memory functions such that voltage pulses

159 n-compatible nanoscale protonic programmable resistors with highly desirable characteristics under ex

160 Technology based on memristors, resistors with memory whose resistance depends on the hi

161 When the circuit includes resistors with nonlinear monotonic characteristic, the c

162 c signal propagation) acts as a steady-state resistor within the Raf-MEK-ERK kinase module.

163 ase family member IMP acts as a steady-state resistor within the Raf-MEK-ERK kinase module.