Keywords: وقت تلف شده; Photon-counting laser radar; Time-of-flight; Dead time; Pile-up effect; Range walk error; Distance error calibration;
مقالات ISI وقت تلف شده (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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Keywords: وقت تلف شده; Multi-Pixel photon counter; Laser ranging; Laser radar; Dead time; Gating; Multi-target ranging;
Keywords: وقت تلف شده; Atom probe tomography; Multiple event; Delay line detector; Dead time; Dead zone; Chemical quantification;
Keywords: وقت تلف شده; Dead time; Paralyzable; Backward extrapolation; YALINA; Pulsed neutron source;
Keywords: وقت تلف شده; Radioactive decay; Dead time;
Keywords: وقت تلف شده; Neutron multiplicity counting; Coincidence counting; Rossi-alpha distribution; Double pulsing; Dead time;
Keywords: وقت تلف شده; CPS; counts per second; EHWZPR; Esfahan heavy water zero power reactor; FC; fission chamber; fi; abundance of counts in ith time bin; FOSC; frequency of clock oscillator; i; index for ith time bin; L; total number of lost events due to dead time effect du
Keywords: وقت تلف شده; Digital x-ray; Dead time; Energy resolution; Kalman filter; FPGA
Keywords: وقت تلف شده; Time delay; Dead time; Input-dependent; Estimation; Recursive least squares; Oxygen sensor
Keywords: وقت تلف شده; ACN; acetonitrile; BET; Brunauer-Emmett-Teller; BJH; Barret-Joyner-Halenda; BTME; 1,2-bis(trimehoxysilyl)ethane; CTAB; cetyltrimethylammonium bromide; C8; octylsilane; C18; octadecylsilane; 13C MAS NMR; 13C magic angle spinning nuclear magnetic re
Keywords: وقت تلف شده; Time interval; Dead time; Statistical analysis; Maximum likelihood;
Pseudo-fixed dead time circuit for designing and implementation of JEOL-type X-ray counting systems
Keywords: وقت تلف شده; Electron probe microanalysis (EPMA); Dead time; Trace element; Quantification;
The Robotic Assembly Line Design (RALD) problem: Model and case studies with practical extensions
Keywords: وقت تلف شده; Robotic Assembly Line Design; Station paralleling; Equipment selection; Dead time; Mixed-integer linear programming;
Compensation techniques for non-linearities in H-bridge inverters
Keywords: وقت تلف شده; Inverters; Dead time; Non-linearities; Switching devices; Voltage drop; Photovoltaic;
Conceptual design of the TRACE detector readout using a compact, dead time-less analog memory ASIC
Keywords: وقت تلف شده; Analog memory; Dead time; Detector readout; Front-end electronics; Switched Capacitor Array (SCA); Triggerless data acquisition
Research ArticleOn oscillation reduction in feedback control for processes with an uncertain dead time and internal-external disturbances
Keywords: وقت تلف شده; Dead time; Active disturbance rejection control; Smith Predictor; Model mismatch;
Multi-shape pulse pile-up correction: The MCPPU code
Keywords: وقت تلف شده; Pulse pile-up; Monte Carlo method; Pulse shape; Dead time; X-ray spectrum
Pulse pile-up and dead time corrections for digitized signals from a BaF2 calorimeter
Keywords: وقت تلف شده; Pulse pile-up; Dead time; Digitizers; Flash ADC; BaF2 calorimeter; N_TOF;
Instrument intercomparison in the pulsed neutron fields at the CERN HiRadMat facility
Keywords: وقت تلف شده; Pulsed neutron fields; BF3; Rem counters; Space charge effect; Dead time; Volume recombination;
A fast method for X-ray pulsar signal simulation
Keywords: وقت تلف شده; X-ray pulsar; Signal generation; Poisson process; Dead time; Autonomous navigation
Decaying source model: Alternative approach to determination of true counting rates at X and gamma ray counting systems
Keywords: وقت تلف شده; Decaying source model; Counting rate; Dead time; Analog digital converter conversion time; Peaking time; Minimum resolving time
Time-interval analysis of beta decay
Keywords: وقت تلف شده; Time interval; Beta decay; Analysis; Event-by-event; Maximum likelihood; Dead time
Effects of column back pressure on supercritical fluid chromatography separations of enantiomers using binary mobile phases on 10 chiral stationary phases
Keywords: وقت تلف شده; Supercritical fluid chromatography (SFC); Column back pressure; Dead time; Retention factor; Enantiomeric separation
Experimental analysis and optimization of key parameters of ZVS mode and its application in the proposed LLC converter designed for distributed power system application
Keywords: وقت تلف شده; Transistor; Zero voltage switching; Dead time; High frequency converter
Study of a theoretical model for the measured gate moments resulting from correlated detection events and an extending dead time
Keywords: وقت تلف شده; Dead time; Correlated events; Neutron multiplicity counting; Coincidence counting; Fissile material assay; Non-destructive assay
Comments on “A novel dead time compensator for stable processes with long dead times” [Journal of Process Control 22 (2012) 612–625]
Keywords: وقت تلف شده; Dead time; Stable processes; Dead-time compensators; Robust stability
Revisiting the form of dead time corrections for neutron coincidence counting
Keywords: وقت تلف شده; Neutron coincidence; Dead time; NDA
Root locus for SISO dead-time systems: A continuation based approach
Keywords: وقت تلف شده; Root locus; Dead time; Time delay; SISO; Characteristic root; Stability analysis; Relative stability
Determination of proper peaking time for Ultra-LEGe detector
Keywords: وقت تلف شده; Pile-up; Peaking time; Resolving time; Dead time; Ultra-LEGe detector
Consequences of and potential reasons for inadequate dead time measurements in isotope ratio mass spectrometry
Keywords: وقت تلف شده; Dead time; Electron multiplier; Isotope ratio measurement; Afterpulsing; Extending/non-extending;
Effects of energy threshold and dead time on Compton camera performance
Keywords: وقت تلف شده; Compton camera; Dead time; Energy threshold; Detector; GEANT4
Analysis of two stacked cylindrical dielectric resonators in a TE102 microwave cavity for magnetic resonance spectroscopy
Keywords: وقت تلف شده; Electron paramagnetic resonance; Dielectric resonators; Resonance cavity; Resonator modes; Coupled modes; Resonator frequency; Simulation; Finite element methods; Magnetic field distributions; Filling factor; Resonator conversion factor; Dead time; Resona
Equipment for neutron measurements at VR-1 Sparrow training reactor
Keywords: وقت تلف شده; Neutron detection; Dead time; Reactimeter; Linearity response; Training reactor;
A robust digital signal processor: Determining the true input rate
Keywords: وقت تلف شده; Digital signal processing; True input rate; Dead time; X-ray spectroscopy; Energy dispersive X-ray detectors; Quality assurance
On the dead time problem of a GM counter
Keywords: وقت تلف شده; Dead time; GM counter
Effects of high count rate and gain shift on isotope-identification algorithms
Keywords: وقت تلف شده; Radiation detection; Gamma-ray spectroscopy; Gain shift; NaI; Dead time; Pulse pileup; Isotope identification
Counting statistics distorted by two dead times in series which end with an extended type dead time
Keywords: وقت تلف شده; Nuclear counting; Counting statistics; Dead time
Experimental evaluation of a controller using a variable transformation Smith predictor for a nonlinear process with dead time
Keywords: وقت تلف شده; Nonlinear control; Hemispherical tank; Globally linearised controller; Dead time;
Cascades of pile-up and dead time
Keywords: وقت تلف شده; Nuclear counting; Dead time; Pulse pile-up; Radionuclide metrology; Counting statistics
Non-Poisson counting statistics of a hybrid G–M counter dead time model
Keywords: وقت تلف شده; 29.40.Cs; 29.85.+c; 29.90.+4G–M counter; Dead time; Hybrid model
The importance of a correct dead time setting in isotope ratio mass spectrometry: Implementation of an electronically determined dead time to reduce measurement uncertainty
Keywords: وقت تلف شده; Dead time; Mass spectrometry; Isotope ratio; Uncertanty contribution; Pulse counting
Limitations of a PI controller for a first-order nonlinear process with dead time
Keywords: وقت تلف شده; Nonlinear control; PID; Dead time; Conical tank; Gain scheduling;
A method of dead time measurement
Keywords: وقت تلف شده; 07.85.âm; 29.40.ân; Radiation detector; Radiation counter; GM counter; Dead time; Dead time measurement;