Cycle slipping in a first-order phase-locked loop.
Cycle slipping in first order phase locked loop determined by input carrier plus noise model based on induced steps of plus or minus 2 pi
Hess, D. T.↗
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Shaker slip-plate adapter
Magnesium adapter ties in all of the attachment bosses on a horizontal slip table and makes a rigid coupling which terminates in a single row of attachment bosses at the edge of the horizontal plate. This eliminates ineffective dissipation of the driving force in vibration tests.
Holm, O. S.↗
Influence of number of operable slip systems on friction characteristics of single-crystal and polycrystalline magnesium
Influence of number of slip systems operating in magnesium on friction and effect of orientation of crystals on friction behavior
Buckley, D. H.↗
Effective slip coefficients for coupled conduction-radiation problems.
Combined conduction and radiation transfer equations solutions for absorbing-emitting gas, obtaining slip coefficient for diffusion solution correct boundary condition
Goldstein, M. E.↗
Time to cycle slip in first and second order phase lock loops
Markov process for time to cycle slip in first and second order phase lock loops
Schuchman, L.↗
Investigations of the potential performance characteristics of selected contact lubricants for applications in miniature slip-ring capsules of the type used in ST 124 M stabilized inertial guidance platforms Final technical report, 27 Mar. 1968 - 30 Apr. 1970
Performance characteristics of liquid and solid lubricants for contacts of miniature slip-ring capsules
Baker, J. B.↗
Design investigation and development of design improvements for ST124-M stabilized platform slip ring capsules Final report
Eliminating insulating deposits on precious metal contacts in stabilized platform slip ring capsules
Cole, S. R.↗
Experimental liquid metal slip ring project Final report
Liquid gallium slip rings for transferring electrical power across rotating joints
Clark, R. B.↗
Slip flow through long circular tubes
Slip flow of nitrogen gas through long circular tubes, measuring mass flow, pressure drop and cross sectional velocity profiles
Sreekanth, A. K.↗
Time to cycle slip in first and second order phase lock loops
Recursive differential equation for moments of time-to-cycle slip in first and second order phase lock loops
Schuchman, L.↗
Fluid slip ring transfers coolant to rotating equipment
Rotating fluid coupler, consisting of rotor and housing made of aluminum, that is concentric with electrical slip-ring assembly, transfers cooling fluid to instrumentation undergoing environmental tests on rotating platform. Rotating fluid coupler permits unlimited platform revolutions and eliminates danger of lines being pulled loose from supplies.
Mains, D. K.↗
Process of casting heavy slips Patent
Freeze casting of metal ceramic and refractory compound powders into plastic slips
Douglas, J.↗
An experimental liquid metal slip ring to transfer power between rotating satellite parts Final report
Development of liquid metal slip ring to transfer power between rotating satellite parts
Weinberger, S. M.↗
Effect of velocity slip at a porous boundary on the performance of an incompressible porous bearing
Effect of velocity slip at porous boundary on performance of incompressible porous bearing
Braun, W. H.↗
Continuous turning slip ring assembly Patent
Development of slip ring assembly with inner and outer peripheral surfaces used as electrical contacts for brushes
Lowe, E. G.↗
MM-71 magnetic head/tape stick-slip study
Magnetic head/tape interface problems of satellite data storage tape recording systems, and minimizing stick-slip phenomena
Benn, G. S. L.↗
The synergistic effects of slip ring-brush design and materials
Synergistic effects of slip ring-brush design and fabrication for vacuum application determined by friction, wear, electrical noise, and dielectric strength data
Lewis, N. E.↗
First slip times versus static phase error offset for the first- and passive second-order phase-locked loop
Slip vs static error offset for first and passive second order phase locked loop as function of signal to noise ratio via computer simulation
Holmes, J. K.↗