Leveraging Controlled Atmosphere Methods with Heat Flow Calorimetry for Explosive Compatibility
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Chemistry - Chemical explosives↗
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Leveraging Controlled Atmosphere Methods with Heat Flow Calorimetry for Explosive Compatibility
Explore the source record for details and available documents.
Chemistry - Chemical explosives↗
Leveraging Controlled Atmosphere Methods with Heat Flow Calorimetry for Explosive Compatibility
Explore the source record for details and available documents.
Chemistry - Chemical explosives↗
Low-speed force and flight investigation of various methods for controlling parawings
Low speed wind tunnel force and flight tests of control systems for paragliders
LOW SPEED WIND TUNNEL↗
Active methods for controlling thermal distortion in structures - A feasibility study
Reduction of thermal deflections and control of temperature distribution in parts of Advanced Orbiting Solar Observatory /AOSO/
THERMAL ENVIRONMENT↗
Identification and control of a flexible launch vehicle
Identification and control method applied to pitch control of flexible launch vehicle
PITCH CONTROL↗
A manual method for control of the thrust axis during planar ascent from the lunar surface to a circular orbit
Simple control reference as aid to thrust axis orientation during ascent of lunar module from lunar surface to circular orbit and rendezvous with command and service module
LUNAR ORBITAL RENDEZVOUS /LOR/↗
A method for controlling parachute deployment conditions in simulated planetary environments
Controlling parachute deployment conditions in simulated planetary environments
Murrow, H. N.↗
Gradient methods in control theory. Part 2 - Sequential gradient-restoration algorithm
Sequential gradient-restoration algorithm
Miele, A.↗
Gradient methods in control theory. Part 5 - Sequential gradient-restoration algorithm, additional numerical examples
Numerical examples for sequential gradient restoration algorithm
Damoulakis, J. N.↗
Gradient methods in control theory. Part 4 - Sequential gradient-restoration algorithm, further numerical examples
Sequential gradient-restoration algorithm for minimizing functional subject to differential constraints and boundary conditions
Damoulakis, J. N.↗
Gradient methods in control theory. Part 6 - Combined gradient-restoration algorithm
Combined gradient-restoration algorithm for minimizing functional scalar
Miele, A.↗
A study of convective inertia effects and methods of controlling gas ingestion in large diameter viscoseals
Gas ingestion control, and characteristic length and aspect ratio effects on viscoseals
Luttrull, L. H.↗
Recent advances on gradient methods in control theory
Sequential and combined gradient restoration algorithms for functional minimization in control theory
Miele, A.↗
A modified sweep method for control optimization
Solution of trajectory optimization problems by calculus of variations, dynamic programming, and Pontryagin's Principle
Colunga, D.↗
Differential geometric methods in control
Differential geometric investigations of control problems with switched electrical networks
Sussmann, H. T.↗
Method of controlling defect orientation in silicon crystal ribbon growth
The orientation of twinning and other effects in silicon crystal ribbon growth is controlled by use of a starting seed crystal having a specific (110) crystallographic plane and (112) crystallographic growth direction.
Leipold, M. H.↗
Robot-Arm Dynamic Control by Computer
Feedforward and feedback schemes linearize responses to control inputs. Method for control of robot arm based on computed nonlinear feedback and state tranformations to linearize system and decouple robot end-effector motions along each of cartesian axes augmented with optimal scheme for correction of errors in workspace. Major new feature of control method is: optimal error-correction loop directly operates on task level and not on joint-servocontrol level.
Bejczy, Antal K.↗