Optimal trajectory coordinate-multiplier systems with constant of the motion components.
Vector integral extension to optimal trajectory coordinate multiplier systems with constant of motion demonstrated for coast-arc problem
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Vector integral extension to optimal trajectory coordinate multiplier systems with constant of motion demonstrated for coast-arc problem
Detection of metastable He, H, Ne, Ar, Kr, Xe and molecular nitrogen with continuous channel electron multipliers
Recurrent Lagrange multipliers for optimal low thrust earth-Jupiter transfers, using three dimensional solar system model
Quasi-optical circuit techniques in varactor multipliers
Quasi-optical circuit techniques in varactor multipliers
Triggered spark source for multiply charged carbon ions applied to collision cross section measurements
Response variation and detection efficiency of funnelled channel electron multipliers for low energy protons and Ar ions
Necessary and sufficient conditions for constrained extrema without use of Lagrange multipliers
Parallel multiplier design with carry-save scheme and constructed from series integrated circuits, discussing speed, complexity and cost
Continuous channel electron multipliers /Channeltron/ gain improvement via blanking method avoid detection of unwanted particles
Electronic divider and multiplier for analog electric signals
Design and development of variable pulse width multiplier
Recurrent Lagrange multipliers coordinate transformation for optimal low thrust Earth- Jupiter trajectories
Electron accelerator with broad stable beam for calibration of spectrometers and channel electron multipliers
Ion acoustic waves propagation and structure measurements with metal electrode technique and continuous channel electron multiplier in plasma wind tunnel
Liquid metal elevated temperature time dependent corrosion effects on immersed structural materials, discussing blocked two level factorial experiment design for multiply telescoping sequences
A tangent function generator is provided which utilizes input signals proportionate to the sine and cosine of a given angle. The equipment accomplishes a trigonometric manipulation which forms an output signal substantially independent of the input reference voltage but proportional to the tangent of the angle. The device uses a multiplier and operational amplifier.