Ferroelectric Properties of X-ray Damaged Rochelle Salt
スポンサーリンク
概要
- 論文の詳細を見る
Radiation damage effects by X-ray in rochelle salt are studied experimnentally and theoretically. Double hysteresis loop is explained as a superposition of two biased single loops. Each biased single loop corresponds to each of the two oppositely polarized domains, of which the crystal is composed. Single domain crystals show biased single loops when damaged, and the internal bias thus induced can be compensated by an external dc biasing field. But the Curie point of the damaged crystals compensated by this suitable external field is lower than that of the virgin by ΔT, which depends upon the X-ray dosage. In this respect the effect of damage differs from that of the stress. It is assumed that the irradiation gives rise to polar anisotropy centers which produce effective bias fields in undamaged ferroelectric regions. Irradiation time dependences of the spontaneous polarization, the coercive field and the internal bias are studied.
- 社団法人日本物理学会の論文
- 1961-03-05
著者
-
Okada Kenkichi
Department Of Chemistry Faculty Of Science Kyoto University
-
Okada Kenkichi
Department Of Natural Science Nagoya Branch Aichi-gakugei University
-
Okada K.
Department of Natural Science, Nagoya Branch, Aichi-Gakugei University
-
Okada K.
Department of Fine Measurements, Nagoya Institute of Technology:(Present address) Puerto Rico Nuclear Center
関連論文
- DEVELOPMENT OF AN RF ION-GUIDE FOR TRAPPING ENERGETIC RI-BEAMS FROM A FRAGMENT SEPARATOR (II)
- STUDIES OF THE RIGHT AND LEFT ATRIAL DINAMICS DURING ACTIVE ATRIAL CONTRACTION : Hemodynamics, Cardiac Function (IV) : IV : 48 Annual Scientific Meeting, Japanese Circulation Society
- Bias Effect on the Antiferroelectric Transition
- Theory of Rotational Excitations in Solid Ortho-Hydrogen
- Low-Lying Rotational Excited States in Solid Ortho-Hydrogen
- Rotational States of NH^+_4 in Dilute Solution in Alkali Halide Lattices.III.Calculated Energy Levels of NH^+_4 in KBr
- Photo-Micrographic Observations on X-Irradiated Rochelle Salt Crystals
- Some Properties of X-ray damaged Rochelle Salt
- Experimental Study of Antiferroelectric Copper Formate Tetrahydrate and Its deuterium Substitute
- Phenomenological Theory of Antiferroelectric Transition.IV.Ferrielectric
- Ferrielectricity in Copper Formate Tetrahydrate
- Thermal Hysteresis of the Ferroelectric Transition in KH_2PO_4
- Phenomenological Theory of Antiferroelectric Transition. : I. Second-Order Transition
- Etch Pits on X-Ray Damaged Rochelle Salt
- A ^Eu NMR Study of EuSe at Ultralow Temperatures : II. LOW TEMPERATURE PROPERTIES OF SOLIDS : Magnetism : Rare Earth etc.
- Phenomenological Theory of Antiferroelectric Transition. : III. Phase Diagram and Bias Effects of First-Order Transition
- Theory of Collision-Induced Infrared Absorption in Compressed Gases. I : Collision-Induced Translational Absorption in Rare Gas Mixtures
- Generalized Phase Rule and Possible Singular Point Sets in Physical Systems
- Coarse-Grained Quantities in Aperiodic Systems. III : Monte-Carlo Calculation of the Impurity Band States
- Band Gaps in Certain Aperiodic Systems
- Ferroelectric Properties of X-ray Damaged Rochelle Salt
- DEVELOPMENT OF AN RF ION-GUIDE FOR TRAPPING ENERGETIC RI-BEAMS FROM A FRAGMENT SEPARATOR
- RF ION-GUIDE SYSTEM FOR TRAPPING ENERGETIC RADIOACTIVE NUCLEAR IONS
- Sound Velocity and Attenuation of Supercritical Mercury
- CEREBROVASCULAR AUTOREGULATION AND SILENT CEREBROVASCULAR LESIONS
- RISK FACTORS FOR CLINICAL STROKE IN SUBJECTS WHO RECEIVED A BRAIN CHECK-UP
- Developmental analysis of cervical cystic hygroma and nuchal bleb in fetuses with normal chromosomes(Oral Session)(Japanese Teratology Society 43rd Annual Meeting)