Properties of structurally stabilized anil-type nematic liquid crystals
Electro-optical and high contrast properties of structurally stabilized anil-type nematic liquid crystals in display devices
Labes, M. M.↗
Engineering topics
Labes, M. M.
Publications and source records attributed to Labes, M. M..
Alternating-current-field induced cholesteric- nematic phase transitions
Molecular dipole moments-electric field interaction induction of cholesteric liquid crystal transition to nematic phase
Baessler, H.↗
Mechanisms for the effect of electric and magnetic fields on biological systems Semiannual status report, Jun. - Dec. 1969
Electric and magnetic field effects on structure and properties of cholesteric liquid crystals
Baessler, H.↗
Magnetic-field effects on a compensated cholesteric liquid crystal
Cholesteryl chloride-cholesteryl myristate /CM/ mixture liquid crystal molecular and helical axes orientation from dielectric constant change measurements in magnetic fields
Baessler, H.↗
Electric field effects on the optical rotatory power of a compensated cholesteric liquid crystal
Optical rotatory power measurement for compensated cholesteric liquid crystal helical structure to observe thermally induced inversion and electric field perturbations
Baessler, H.↗
Electric field effects on the dielectric properties and molecular arrangements of cholesteric liquid crystals
Electric field effects on dielectric properties and molecular arrangements of cholesteric liquid crystals with temperature dependent helical pitch
Baessler, H.↗
Mechanisms for the effect of electric and magnetic fields on biological systems Semiannual status report, Jan. 1969 - Jun. 1969
Electric field effects on dielectric properties and molecular arrangements of cholesteric liquid crystals
Baessler, H.↗
Relationship between electric field strength and helix pitch in induced cholesteric- nematic phase transitions.
Electric field strength and helix pitch in induced cholesteric-nematic phase transitions, noting activation energy for charge carrier production
Baessler, H.↗
Influence of electric fields on the rate of growth of molecular solids.
Electric field control of growth rates of insulating organic crystals from vapor phase
Labes, M. M.↗
Mechanisms for the effects of electric and magnetic fields on biological systems Semiannual status report, Jun. - Dec. 1967
Charge carrier transport, viscosity, and diffusion in liquid crystals to determine effect of weak electric and magnetic fields on biological systems
Kusabayashi, S.↗