This book presents current research in the field of physics, with a particular focus on atomic molecular and optical physics, as well as cryogenics and photonic crystals.

Topics discussed include pulse structuring in laser-light dynamics; excitation of atoms and ions by electron impact; Fiber Bragg Gratings and their applications as temperature and humidity sensors; liquid oxygen magnetohydrodynamics; cryogenic treatment and fatigue resistance; cryogenic grinding; fabrication and applications of polymer photonic crystals; physics of photonic crystal couplers and their applications and a photonic band gap for quasicrystal-related structures.

BRIEF CONTENTS
PREFACE
Chapter 1: PULSE STRUCTURING IN LASER-LIGHT DYNAMICS: FROM WEAK TO STRONG SIDE BAND ANALYSES; I. THE INTEGRO-DIFFERENTIALllMAXWELL-BLOCH”SYSTEM
Chapter 2: PULSE STRUCTURING IN LASER-LIGHT DYNAMICS: FROM WEAK TO STRONG SIDEBAND ANALYSES;II. THE LORENZ-HAKEN MODEL
Chapter 3: RYDBERG ATOMS, MOLECULES, IONIZATION, RADIATION TRAPPING AND SURFACE PHYSICSIN LASER EXCITED DENSE VAPOURSOF IN AND GA CONFINED IN QUARTZ CELLS
Chapter 4: EXCITATION OF ATOMS AND IONSBY ELECTRON IMPACT
Chapter 5: POLARIZATION DEPENDENT EFFECTSIN OPTICAL WAVEGUIDES CONTAININGBRAGG GRATING STRUCTURES
Chapter 6: FIBER BRAGG GRATINGS AND THEIR APPLICATIONSAS TEMPERATURE AND HUMIDITY SENSORS
Chapter 7: TIME-VARIANT SIGNAL ENCRYPTION BY DUALRANDOM PHASE ENCODING SETUPS APPLIEDTO FIBER OPTIC LINKS
Chapter 8: MAGNETISM IN PURE AND DOPEDMANGANESE CLUSTERS
Chapter 9: POROUS SILICA FOR SOLID-STATEOPTICAL DEVICES
Chapter 10: PUMP TO SIGNAL RELATIVE INTENSITY NOISETRANSFER IN OPTICAL AMPLIFIERS AND LASERS
Chapter 11: QUANTUM INFORMATION PROCESSING BY CAVITYQED UNDER DISSIPATION
Chapter 12: HIGH HARMONIC GENERATION FROM MOLECULAR SYSTEMS INEXCITED ELECTRONIC STATES
Chapter 13: UNIVERSAL DYNAMICAL DECOHERENCE CONTROLOF MULTI-PARTITE SYSTEMS
Chapter 14: CONTROL OF THE SONIC BOOMGENERATED BY A FLYING VEHICLE BY MEANSOF A CRYOGENIC IMPACT ON THE FLOW PROCESS
Chapter 15: LIQUID OXYGEN MAGNETOHYDRODYNAMICS
Chapter 16: EFFECT OF CRYOGENIC TREATMENTON MICROSTRUCTURE AND MECHANICALPROPERTIES OF LIGHT WEIGHT ALLOYS
Chapter 17: CRYOGENIC TREATMENT AND FATIGUE RESISTANCE
Chapter 18: APPLICATION OF FIBER BRAGG GRATINGSENSORS AT CRYOGENIC TEMPERATURES
Chapter 19: CRYOGENIC GRINDING: APPLICATION FOR STRUCTURAL MODIFICATION AND FORMULATIONDEVELOPMENT OF DRUG MOLECULES
Chapter 20: IMPROVEMENTS IN TOLERANCE TOCRYOPRESERVATION USING SHOOT-TIPSOF CHRYSANTHEMUM (DENDRANTHEMAGRANDIFLORUM KITAM.) FROM GENETICALLYMODIFIED PLANTS THAT ACCUMULATE TREHALOSE
Chapter 21: CRYOGENICS VESSELS THERMAL PROFILINGUSING THE BOUBAKER POLYNOMIALSEXPANSION SCHEME BPES INVESTIGATION
Chapter 22: FABRICATION AND APPLICATIONS OF POLYMER PHOTONIC CRYSTALS
Chapter 23: ACHIEVING COMPLETE BAND GAPS USING LOW REFRACTIVE INDEX MATERIAL
Chapter 24: PHOTONIC CRYSTALSFOR MICROWAVE APPLICATIONS
Chapter 25: PHYSICS OF PHOTONIC CRYSTAL COUPLERS AND THEIR APPLICATIONS
Chapter 26: A PHOTONIC BAND GAPIN QUASICRYSTAL-RELATED STRUCTURES
Chapter 27: SPECTRUM ENGINEERINGWITH ONE-DIMENSIONAL PHOTONIC CRYSTAL
Chapter 28: TRANSMISSION THROUGH KERR MEDIA BARRIERSWITHIN WAVEGUIDES: DEVICE APPLICATIONS
Chapter 29: INFLUENCE OF THE SOLID-LIQUID ADHESIONON THE SELF-ASSEMBLING PROPERTIESOF COLLOIDAL PARTICLES
Chapter 30: OPTICAL LOGIC GATE BASED IN A PHOTONIC CRYSTAL
Chapter 31: TWO-DIMENSIONAL PHOTONIC CRYSTALS WITHGLIDE-PLANE SYMMETRY FOR INTEGRATEDPHOTONICS APPLICATIONSAdam Mock
Chapter 32: NONLINEAR PHOTONIC CRYSTALSOF STRONTIUM TETRABORATE
Chapter 33: OPTICAL PROPERTIES OF SELF-ASSEMBLEDCOLLOIDAL PHOTONIC CRYSTALS DOPEDWITH CITRATE-CAPPED GOLD NANOPARTICLES
Chapter 34: MATHEMATICAL REPRESENTATIONOF THE GROUP INDEX IN A PHOTONIC CRYSTAL

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