A note on wire ignition in combustion-heated drivers for shock-tunnel application
Wire ignition in combustion-heated drivers for shock tunnel application
WIRE↗
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An experimental investigation of internal resistance shock tube driver gas heating systems Final report
Internal resistance shock tube driver gas heating system for use with 3-foot shock tunnel
RESISTANCE HEATING↗
Experimental investigation of internal resistance shock tube driver gas heating systems Fourth monthly technical progress report, Sep. 1964
Internal resistance shock tube driver gas heating system design, fabrication, and testing
SHOCK TUNNEL↗
Improvements in Combustion Smoothness and Efficiency in a Large Shock-tube Driver
Improvements in combustion smoothness and efficiency in large shock tube driver
COMBUSTION EFFICIENCY↗
Some Performance Characteristics of the LRC 3 3/4-inch Pilot Expansion Tube Using an Unheated Hydrogen Driver
Performance characteristics of expansion tube using room temperature hydrogen driver
FLOW VELOCITY↗
Physiologic observations on race car drivers
Physiological and biochemical responses of race car drivers under nonsimulated environmental stress
STRESS FUNCTION↗
Some performance characteristics of the LRC 3-3/4-INCH pilot expansion tube using an unheated hydrogen driver.
Flow velocity, static pressure and test-section pitot pressure of expansion tube, using unheated /room temperature/ hydrogen driver
FLOW VELOCITY↗
Low cost SCR lamp driver indicates contents of digital computer registers
Silicon Controlled Rectifier /SCR/ lamp driver is adapted for use in integrated circuit digital computers where it indicates the contents of the various registers. The threshold voltage at which visual indication begins is very sharply defined and can be adjusted to suit particular system requirements.
Cliff, R. A.↗
Microelectronics evaluation. Pulse width modulator and power driver
Evaluation of pulse width modulator and power driver for integrated dc power amplifier
PULSE WIDTH MODULATION /PWM/↗
Performance of a ceramic-lined 6-in. -diameter arc driver.
Arc driven shock tube with alumina ceramic liner to reduce driver gas contamination, noting shock speed and test time increase
Williard, J. W.↗
Exploding wire initiation and electrical operation of a 40-kV system for arc-heated drivers up to 10 feet long
Exploding wire initiation and electrical operation of 40 kV system for arc heated drivers up to 10 feet long
Dannenberg, R. E.↗
Performance of a ceramic-lined 6-in.-diam arc driver.
Arc driven shock tube with alumina ceramic liner to reduce driver gas contamination, noting shock speed and test time increase
Williard, J. W.↗
Low-power integrated-circuit driver for ferrite-memory word lines
Composite circuit uses both n-p-n bipolar and p-channel MOS transistors /BIMOS/. The BIMOS driver provides 1/ ease of integrated circuit construction, 2/ low standby power consumption, 3/ bidirectional current pulses, and 4/ current-pulse amplitudes and rise times independent of active device parameters.
Katz, S.↗
Observation of a solar flare induced interplanetary shock and helium-enriched driver gas
Solar flare induced interplanetary shock and helium enriched driver gas observed on 13 February 1967, discussing wind velocity and plasma acceleration
Alksne, A.↗
Flipflop interrogator and bi-polar current driver Patent
Interrogator and current driver circuit for combination with transistor flip-flop circuit
Chong, C. F.↗
Motor drivers for dc brushless motors
Nondestructive tests of motor drivers for delta wound dc brushless motors
Ward, G. L.↗
An imploding trigger technique for improved operation of electric arc drivers
Imploding wire trigger technique for high shock velocity electric arc drivers in shock tubes
Dannenberg, R. E.↗
Arc driver operation for either efficient energy transfer or high-current generator
An investigation is made to establish predictable electric arcs along triggered paths for research purposes, the intended application being the heating of the driver gas of a 1 MJ electrically driven shock tube. Trigger conductors consisting of wires, open tubes, and tubes pressurized with different gases were investigated either on the axis of the arc chamber or spiraled along the chamber walls. Design criteria are presented for successful arc initiation with reproducible voltage-current characteristics. Results are compared with other facilities and several application areas are discussed.
Dannenberg, R. E.↗