F. G. Baksht, [email protected]

Lorin K. Hansen, [email protected]

[email protected]

[email protected]

[email protected]

[email protected]

http://www.1blink.com/

1. Methods of Direct Conversion of Thermal to Electrical Energy http://www.1blink.com/search.cgi?q=Methods%2Bof%2BDirect%2BConversion%2Bof%2BThermal%2Bto%2BElectrical%2BEnergy&t=web

2. The Efficiency of Direct Conversion of Thermal to Electrical Energy http://www.1blink.com/search.cgi?q=Efficiency%2Bof%2BDirect%2BConversion%2Bof%2BThermal%2Bto%2BElectrical%2BEnergy&t=web

3. The Main Operating Modes of Thermionic Converters http://www.1blink.com/search.cgi?q=Main%2BOperating%2BModes%2Bof%2BThermionic%2BConverters&t=web

4. The Efficiency and Power Density of a Thermionic Converter http://www.1blink.com/search.cgi?q=Efficiency%2Band%2BPower%2BDensity%2Bof%2Ba%2BThermionic%2BConverter&t=web

Efficiency of a Thermionic Converter http://www.1blink.com/search.cgi?q=Efficiency%2Bof%2Ba%2BThermionic%2BConverter&t=web

Power Density of a Thermionic Converter http://www.1blink.com/search.cgi?q=Power%2BDensity%2Bof%2Ba%2BThermionic%2BConverter&t=web

5. Requirements for Electrode Materials and Thermionic Converter Designs http://www.1blink.com/search.cgi?q=Requirements%2Bfor%2BElectrode%2BMaterials%2Band%2BThermionic%2BConverter%2BDesigns&t=web

Requirements for Electrode Material Design http://www.1blink.com/search.cgi?q=Requirements%2Bfor%2BElectrode%2BMaterials%2BDesign&t=web

Requirements for Thermionic Converter Designs http://www.1blink.com/search.cgi?q=Requirements%2Bfor%2BThermionic%2BConverter%2BDesigns&t=web

6. Prospects for Using Thermionic Converters http://www.1blink.com/search.cgi?q=Prospects%2Bfor%2BUsing%2BThermionic%2BConverters&t=web

7. The Plasma in a Thermionic Converter http://www.1blink.com/search.cgi?q=Plasma%2Bin%2Ba%2BThermionic%2BConverter&t=web

Emission and Adsorption Processes http://www.1blink.com/search.cgi?q=Emission%2Band%2BAdsorption%2BProcesses&t=web

Emission Processes http://www.1blink.com/search.cgi?q=Emission%2BProcesses&t=web

Adsorption Processes http://www.1blink.com/search.cgi?q=Adsorption%2BProcesses&t=web

Thermionic Converter Electrodes http://www.1blink.com/search.cgi?q=Thermionic%2BConverter%2BElectrodes&t=web

1. Thermionic Emission http://www.1blink.com/search.cgi?q=Thermionic%2BEmission&t=web

2. Thermal Effects during Thermionic Emission http://www.1blink.com/search.cgi?q=Thermal%2BEffects%2Bduring%2BThermionic%2BEmission&t=web

3. The Contact Potential Difference http://www.1blink.com/search.cgi?q=Contact%2BPotential%2BDifference&t=web

4. Thermionic Emission in an Accelerating Field http://www.1blink.com/search.cgi?q=Thermionic%2BEmission%2Bin%2Ban%2BAccelerating%2BField&t=web

5. Evaporation http://www.1blink.com/search.cgi?q=Evaporation&t=web

6. Surface Energy http://www.1blink.com/search.cgi?q=Surface%2BEnergy&t=web

7. Adsorption and Its Effect on the Work Function http://www.1blink.com/search.cgi?q=Adsorption%2Band%2BIts%2BEffect%2Bon%2Bthe%2BWork%2BFunction&t=web

Adsorption on the Work Function http://www.1blink.com/search.cgi?q=Adsorption%2Bon%2Bthe%2BWork%2BFunction&t=web

Effect on the Work Function http://www.1blink.com/search.cgi?q=Effect%2Bon%2Bthe%2BWork%2BFunction&t=web

Work Function http://www.1blink.com/search.cgi?q=Work%2BFunction&t=web

8. Surface Ionization http://www.1blink.com/search.cgi?q=Surface%2BIonization&t=web

9. Adsorption of Cesium on Refractory Metals http://www.1blink.com/search.cgi?q=Adsorption%2Bof%2BCesium%2Bon%2BRefractory%2BMetals&t=web

10. Electropositive Additives in Thermionic Converters http://www.1blink.com/search.cgi?q=10.+Electropositive%2BAdditives%2Bin%2BThermionic%2BConverters&t=web

http://www.1blink.com/search.cgi?q=Electropositive%2BAdditives%2Bin%2BThermionic%2BConverters&t=web

Electropositive Additives http://www.1blink.com/search.cgi?q=Electropositive%2BAdditives&t=web

11. Electronegative Additives in Thermionic Converters http://www.1blink.com/search.cgi?q=Electronegative%2BAdditives%2Bin%2BThermionic%2BConverters&t=web

Electronegative Additives http://www.1blink.com/search.cgi?q=Electronegative%2BAdditives&t=web

12. The Vacuum Mode of Thermionic Converter Operation http://www.1blink.com/search.cgi?q=Vacuum%2BMode%2Bof%2BThermionic%2BConverter%2BOperation&t=web

Vacuum Mode of Thermionic Converter http://www.1blink.com/search.cgi?q=Vacuum%2BMode%2Bof%2BThermionic%2BConverter&t=web

Chapter 3. Elementary Processes in a Plasma http://www.1blink.com/search.cgi?q=Elementary%2BProcesses%2Bin%2Ba%2BPlasma&t=web

Plasma http://www.1blink.com/search.cgi?q=Plasma&t=web

1. Elastic Collisions http://www.1blink.com/search.cgi?q=Elastic%2BCollisions&t=web

2. Coulomb Collisions http://www.1blink.com/search.cgi?q=Coulomb%2BCollisions&t=web

3. Elastic Electron-Atom Collisions http://www.1blink.com/search.cgi?q=Elastic%2BElectron-Atom%2BCollisions&t=web

4. Ion-Atom Collisions http://www.1blink.com/search.cgi?q=Ion-Atom%2BCollisions&t=web

5. Inelastic Electron-Atom Collisions http://www.1blink.com/search.cgi?q=Inelastic%2BElectron-Atom%2BCollisions&t=web

6. Classification of the Levels in the Atoms of Alkali Metals http://www.1blink.com/search.cgi?q=Classification%2Bof%2Bthe%2BLevels%2Bin%2Bthe%2BAtoms%2Bof%2BAlkali%2BMetals&t=web

7. Radiation and Absorption of Light http://www.1blink.com/search.cgi?q=Radiation%2Band%2BAbsorption%2Bof%2BLight&t=web

Radiation of Light http://www.1blink.com/search.cgi?q=Radiation%2Bof%2BLight&t=web

Absorption of Light http://www.1blink.com/search.cgi?q=Absorption%2Bof%2BLight&t=web

8. Spectral Broadening http://www.1blink.com/search.cgi?q=Spectral%2BBroadening&t=web

Chapter 4. Kinetic Phenomena in the Plasma http://www.1blink.com/search.cgi?q=Kinetic%2BPhenomena%2Bin%2Bthe%2BPlasma&t=web

1. The Kinetic Equation http://www.1blink.com/search.cgi?q=Kinetic%2BEquation&t=web

2. Solution of the Kinetic Equation in the Relaxation Time Approximation http://www.1blink.com/search.cgi?q=Solution%2Bof%2Bthe%2BKinetic%2BEquation%2Bin%2Bthe%2BRelaxation%2BTime%2BApproximation&t=web

Kinetic Equation in the Relaxation Time Approximation http://www.1blink.com/search.cgi?q=Kinetic%2BEquation%2Bin%2Bthe%2BRelaxation%2BTime%2BApproximation&t=web

Transport Equations in the Relaxation Time Approximation http://www.1blink.com/search.cgi?q=Transport%2BEquations%2Bin%2Bthe%2BRelaxation%2BTime%2BApproximation&t=web

Kinetic Coefficients in the Relaxation Time Approximation http://www.1blink.com/search.cgi?q=Kinetic%2BCoefficients%2Bin%2Bthe%2BRelaxation%2BTime%2BApproximation&t=web

Electron Current in a Weakly Ionized Plasma http://www.1blink.com/search.cgi?q=Electron%2BCurrent%2Bin%2Ba%2BWeakly%2BIonized%2BPlasma&t=web

Electron Energy Flux in a Weakly Ionized Plasma http://www.1blink.com/search.cgi?q=Electron%2BEnergy%2BFlux%2Bin%2Ba%2BWeakly%2BIonized%2BPlasma&t=web

4. The Effect of a Magnetic Field on Transport Phenomenon http://www.1blink.com/search.cgi?q=Effect%2Bof%2Ba%2BMagnetic%2BField%2Bon%2BTransport%2BPhenomenon&t=web

Magnetic Field on Transport Phenomenon http://www.1blink.com/search.cgi?q=Magnetic%2BField%2Bon%2BTransport%2BPhenomenon&t=web

5. The Effect of Interelectrode Collisions and Ion Scattering on the Kinetic Coefficients for Electrons http://www.1blink.com/search.cgi?q=Effect%2Bof%2BInterelectrode%2BCollisions%2Band%2BIon%2BScattering%2Bon%2Bthe%2BKinetic%2BCoefficients%2Bfor%2BElectrons&t=web

Interelectrode Collisions on the Kinetic Coefficients for Electrons http://www.1blink.com/search.cgi?q=Interelectrode%2BCollisions%2Bon%2Bthe%2BKinetic%2BCoefficients%2Bfor%2BElectrons&t=web

Ion Scattering on the Kinetic Coefficients for Electrons http://www.1blink.com/search.cgi?q=Ion%2BScattering%2Bon%2Bthe%2BKinetic%2BCoefficients%2Bfor%2BElectrons&t=web

6. Exchange of Energy and Momentum between Electrons and the Heavy Components of a Plasma http://www.1blink.com/search.cgi?q=+Exchange%2Bof%2BEnergy%2Band%2BMomentum%2Bbetween%2BElectrons%2Band%2Bthe%2BHeavy%2BComponents%2Bof%2Ba%2BPlasma&t=web

Exchange of Energy between Electrons and the Heavy Components of a Plasma http://www.1blink.com/search.cgi?q=+Exchange%2Bof%2BEnergy%2Bbetween%2BElectrons%2Band%2Bthe%2BHeavy%2BComponents%2Bof%2Ba%2BPlasma&t=web

Exchange of Momentum between Electrons and the Heavy Components of a Plasma http://www.1blink.com/search.cgi?q=+Exchange%2Bof%2BMomentum%2Bbetween%2BElectrons%2Band%2Bthe%2BHeavy%2BComponents%2Bof%2Ba%2BPlasma&t=web

7. The Kinetic Coefficients for Ions in a Weakly Ionized Plasma http://www.1blink.com/search.cgi?q=+Kinetic%2BCoefficients%2Bfor%2BIons%2Bin%2Ba%2BWeakly%2BIonized%2BPlasma&t=web

1. A Plasma in Thermodynamic Equilibrium http://www.1blink.com/search.cgi?q=Plasma%2Bin%2BThermodynamic%2BEquilibrium&t=web

2. Ionization and Recombination in a Low-Temperature Plasma http://www.1blink.com/search.cgi?q=Ionization%2Band%2BRecombination%2Bin%2Ba%2BLow-Temperature%2BPlasma&t=web

Ionization in a Low-Temperature Plasma http://www.1blink.com/search.cgi?q=Ionization%2Bin%2Ba%2BLow-Temperature%2BPlasma&t=web

Recombination in a Low-Temperature Plasma http://www.1blink.com/search.cgi?q=Recombination%2Bin%2Ba%2BLow-Temperature%2BPlasma&t=web

Equations of Particle Balance for the Excited Levels Ionization in a Cesium Plasma http://www.1blink.com/search.cgi?q=Equations%2Bof%2BParticle%2BBalance%2Bfor%2Bthe%2BExcited%2BLevels%2BIonization%2Bin%2Ba%2BCesium%2BPlasma&t=web

Radiation from the Plasma http://www.1blink.com/search.cgi?q=Radiation%2Bfrom%2Bthe%2BPlasma&t=web

Effect of Radiation on the Rate of Ionization-Recombination in an Optically Dense Plasma http://www.1blink.com/search.cgi?q=Effect%2Bof%2BRadiation%2Bon%2Bthe%2BRate%2Bof%2BIonization-Recombination%2Bin%2Ban%2BOptically%2BDense%2BPlasma&t=web

Diffusion of Excited Atoms http://www.1blink.com/search.cgi?q=Diffusion%2Bof%2BExcited%2BAtoms&t=web

5. The Effect of Inelastic Processes on the Free-Electron Distribution Function http://www.1blink.com/search.cgi?q=Effect%2Bof%2BInelastic%2BProcesses%2Bon%2Bthe%2BFree-Electron%2BDistribution%2BFunction&t=web

Free-Electron Distribution Function http://www.1blink.com/search.cgi?q=Free-Electron%2BDistribution%2BFunction&t=web

Chapter 6. Pre-Electrode Phenomena in a Thermionic Converter Plasma http://www.1blink.com/search.cgi?q=Pre-Electrode%2BPhenomena%2Bin%2Ba%2BThermionic%2BConverter%2BPlasma&t=web

1. The Pre-Electrode Sheaths for a Plasma in Thermodynamic Equilibrium http://www.1blink.com/search.cgi?q=Pre-Electrode%2BSheaths%2Bfor%2Ba%2BPlasma%2Bin%2BThermodynamic%2BEquilibrium&t=web

Pre-Electrode Sheath http://www.1blink.com/search.cgi?q=Pre-Electrode%2BSheath&t=web

Ion Flow from a Plasma in the Pre-Electrode Sheath with Negative Voltage on the Electrode http://www.1blink.com/search.cgi?q=Ion%2BFlow%2Bfrom%2Ba%2BPlasma%2Bin%2Bthe%2BPre-Electrode%2BSheath%2Bwith%2BNegative%2BVoltage%2Bon%2Bthe%2BElectrode&t=web

Ion Flow from a Plasma in the Pre-Electrode Sheath http://www.1blink.com/search.cgi?q=Ion%2BFlow%2Bfrom%2Ba%2BPlasma%2Bin%2Bthe%2BPre-Electrode%2BSheath&t=web

Potential Distribution in the Pre-Electrode Sheath with Negative Voltage on the Electrode http://www.1blink.com/search.cgi?q=Potential%2BDistribution%2Bin%2Bthe%2BPre-Electrode%2BSheath%2Bwith%2BNegative%2BVoltage%2Bon%2Bthe%2BElectrode&t=web

Potential Distribution in the Pre-Electrode Sheath http://www.1blink.com/search.cgi?q=Potential%2BDistribution%2Bin%2Bthe%2BPre-Electrode%2BSheath&t=web

3. Electron Flow at the Contact of the Plasma with a Negatively Biased Electrode http://www.1blink.com/search.cgi?q=Electron%2BFlow%2Bat%2Bthe%2BContact%2Bof%2Bthe%2BPlasma%2Bwith%2Ba%2BNegatively%2BBiased%2BElectrode&t=web

4. Cathode Beam Relaxation in the Pre-Electrode Sheath of a Weakly Ionized Plasma http://www.1blink.com/search.cgi?q=Cathode%2BBeam%2BRelaxation%2Bin%2Bthe%2BPre-Electrode%2BSheath%2Bof%2Ba%2BWeakly%2BIonized%2BPlasma&t=web

5. The Effect of a Non-Equilibrium Electron Distribution Function on the Rate of Atomic Ionization in the Pre-Electrode Sheath http://www.1blink.com/search.cgi?q=Effect%2Bof%2Ba%2BNon-Equilibrium%2BElectron%2BDistribution%2BFunction%2Bon%2Bthe%2BRate%2Bof%2BAtomic%2BIonization%2Bin%2Bthe%2BPre-Electrode%2BSheath&t=web

Effect of a Non-Equilibrium Electron Distribution Function on the Rate of Atomic Ionization http://www.1blink.com/search.cgi?q=Effect%2Bof%2Ba%2BNon-Equilibrium%2BElectron%2BDistribution%2BFunction%2Bon%2Bthe%2BRate%2Bof%2BAtomic%2BIonization&t=web

Electron Flow from the Plasma with a Positive Potential Applied to the Electrode http://www.1blink.com/search.cgi?q=Electron%2BFlow%2Bfrom%2Bthe%2BPlasma%2Bwith%2Ba%2BPositive%2BPotential%2BApplied%2Bto%2Bthe%2BElectrode&t=web

Potential Distribution with a Positive Potential Applied to the Electrode http://www.1blink.com/search.cgi?q=Potential%2BDistribution%2Bwith%2Ba%2BPositive%2BPotential%2BApplied%2Bto%2Bthe%2BElectrode&t=web

7. Approximate Boundary Conditions for the Transport Equations in a Thermionic Converter http://www.1blink.com/search.cgi?q=Approximate%2BBoundary%2BConditions%2Bfor%2Bthe%2BTransport%2BEquations%2Bin%2Ba%2BThermionic%2BConverter&t=web

Chapter 7. Experimental Methods for Investigating Low-Temperature Plasmas http://www.1blink.com/search.cgi?q=Experimental%2BMethods%2Bfor%2BInvestigating%2BLow-Temperature%2BPlasmas&t=web

1. Probe Diagnostics of Plasmas http://www.1blink.com/search.cgi?q=Probe%2BDiagnostics%2Bof%2BPlasmas&t=web

2. The Use of Probes in Thermionic Converters http://www.1blink.com/search.cgi?q=Use%2Bof%2BProbes%2Bin%2BThermionic%2BConverters&t=web

Use of Probes http://www.1blink.com/search.cgi?q=Use%2Bof%2BProbes&t=web

3. Optical Methods for Determining the Plasma Parameters of a Thermionic Converter http://www.1blink.com/search.cgi?q=Optica%2BMethods%2Bfor%2BDetermining%2Bthe%2BPlasma%2BParameters%2Bof%2Ba%2BThermionic%2BConverter&t=web

Optical Methods for Determining the Plasma Parameters http://www.1blink.com/search.cgi?q=Optica%2BMethods%2Bfor%2BDetermining%2Bthe%2BPlasma%2BParameters&t=web

4. Comparison of the Probe and Spectral Methods http://www.1blink.com/search.cgi?q=Comparison%2Bof%2Bthe%2BProbe%2Band%2BSpectral%2BMethods&t=web

Spectral Methods http://www.1blink.com/search.cgi?q=Spectral%2BMethods&t=web

Design of Experimental Devices http://www.1blink.com/search.cgi?q=Design%2Bof%2BExperimental%2BDevices&t=web

Boundary Effects http://www.1blink.com/search.cgi?q=Boundary%2BEffects&t=web

1. The Theory of the Diffusion Mode http://www.1blink.com/search.cgi?q=Theory%2Bof%2Bthe%2BDiffusion%2BMode&t=web

Characteristics of a Diffusion Plasmas http://www.1blink.com/search.cgi?q=Characteristics%2Bof%2Ba%2BDiffusion%2BPlasmas&t=web

Properties of a Diffusion Plasmas http://www.1blink.com/search.cgi?q=Properties%2Bof%2Ba%2BDiffusion%2BPlasmas&t=web

3. The Effect of Magnetic Fields on the Diffusion Mode http://www.1blink.com/search.cgi?q=Effect%2Bof%2BMagnetic%2BFields%2Bon%2Bthe%2BDiffusion%2BPlasmas&t=web

1. The Main Equations which Describe the State of the Arc Plasma of a Thermionic Converter http://www.1blink.com/search.cgi?q=Main%2BEquations%2Bwhich%2BDescribe%2Bthe%2BState%2Bof%2Bthe%2BArc%2BPlasma%2Bof%2Ba%2BThermionic%2BConverter&t=web

Equations of the Arc Plasma of a Thermionic Converter http://www.1blink.com/search.cgi?q=Equations%2Bof%2Bthe%2BArc%2BPlasma%2Bof%2Ba%2BThermionic%2BConverter&t=web

Arc Plasma http://www.1blink.com/search.cgi?q=Arc%2BPlasma&t=web

2. Boundary Conditions http://www.1blink.com/search.cgi?q=Boundary%2BConditions&t=web

3. Methods for Calculating the State of the Plasma and the Current-Voltage Characteristic http://www.1blink.com/search.cgi?q=Methods%2Bfor%2BCalculating%2Bthe%2BState%2Bof%2Bthe%2BPlasma%2Band%2Bthe%2BCurrent-Voltage%2BCharacteristic&t=web

Calculating the State of the Plasma http://www.1blink.com/search.cgi?q=Calculating%2Bthe%2BState%2Bof%2Bthe%2BPlasma&t=web

State of the Plasma http://www.1blink.com/search.cgi?q=State%2Bof%2Bthe%2BPlasma&t=web

Calculating the Current-Voltage Characteristic http://www.1blink.com/search.cgi?q=Calculating%2Bthe%2BCurrent-Voltage%2BCharacteristic&t=web

Current-Voltage Characteristic http://www.1blink.com/search.cgi?q=Current-Voltage%2BCharacteristic&t=web

4. Local Thermodynamic Equilibrium http://www.1blink.com/search.cgi?q=Local%2BThermodynamic%2BEquilibrium&t=web

Deviation of the Electron Distribution Function near the Cathode from a Maxwellian Distribution http://www.1blink.com/search.cgi?q=Deviation%2Bof%2Bthe%2BElectron%2BDistribution%2BFunction%2BNear%2Bthe%2BCathode%2Bfrom%2Ba%2BMaxwellian%2BDistribution&t=web

Electron Distribution Function near the Cathode from a Maxwellian Distribution http://www.1blink.com/search.cgi?q=Electron%2BDistribution%2BFunction%2Bnear%2Bthe%2BCathode%2Bfrom%2Ba%2BMaxwellian%2BDistribution&t=web

Non-Equilibrium Ionization http://www.1blink.com/search.cgi?q=Non-Equilibrium%2BIonization&t=web

6. Characteristics of the Low-Voltage Arc in a Thermionic Converter http://www.1blink.com/search.cgi?q=Characteristics%2Bof%2Bthe%2BLow-Voltage%2BArc%2Bin%2Ba%2BThermionic%2BConverter&t=web

Low-Voltage Arc in a Thermionic Converter http://www.1blink.com/search.cgi?q=Low-Voltage%2BArc%2Bin%2Ba%2BThermionic%2BConverter&t=web

Characteristics of the Low-Voltage Arc http://www.1blink.com/search.cgi?q=Characteristics%2Bof%2Bthe%2BLow-Voltage%2BArc&t=web

Low-Voltage Arc http://www.1blink.com/search.cgi?q=Low-Voltage%2BArc&t=web

7. Transition from a Diffusion to an Arc Mode http://www.1blink.com/search.cgi?q=Transition%2Bfrom%2Ba%2BDiffusion%2Bto%2Ban%2BArc%2BMode&t=web

Mode with Cathode Emission Limited by Space Charge http://www.1blink.com/search.cgi?q=Mode%2Bwith%2BCathode%2BEmission%2BLimited%2Bby%2BSpace%2BCharge&t=web

Cathode Emission Limited by Space Charge http://www.1blink.com/search.cgi?q=Cathode%2BEmission%2BLimited%2Bby%2BSpace%2BCharge&t=web

Space Charge http://www.1blink.com/search.cgi?q=Space%2BCharge&t=web

Virtual Cathode http://www.1blink.com/search.cgi?q=Virtual%2BCathode&t=web

9. The Increase of Current in the Developed Arc http://www.1blink.com/search.cgi?q=Increase%2Bof%2BCurrent%2Bin%2Bthe%2BDeveloped%2BArc&t=web

Current in the Developed Arc http://www.1blink.com/search.cgi?q=Current%2Bin%2Bthe%2BDeveloped%2BArc&t=web

Developed Arc http://www.1blink.com/search.cgi?q=Developed%2BArc&t=web

Arc http://www.1blink.com/search.cgi?q=Arc&t=web

10. The Effect of External Parameters on the Arc Mode http://www.1blink.com/search.cgi?q=Effect%2Bof%2BExternal%2BParameters%2Bon%2Bthe%2BArc%2BMode&t=web

Parameters on the Arc Mode http://www.1blink.com/search.cgi?q=Parameters%2Bon%2Bthe%2BArc%2BMode&t=web

Arc Mode http://www.1blink.com/search.cgi?q=Arc%2BMode&t=web

11. The Arc Mode with a Strongly Ionized Plasma http://www.1blink.com/search.cgi?q=Arc%2BMode%2Bwith%2Ba%2BStrongly%2BIonized%2BPlasma&t=web

12. Variation of Atom and Ion Flow to the Cathode in the Arc Mode http://www.1blink.com/search.cgi?q=Variation%2Bof%2BAtom%2Band%2BIon%2BFlow%2Bto%2Bthe%2BCathode%2Bin%2Bthe%2BArc%2BMode&t=web

Variation of Atom to the Cathode in the Arc Mode http://www.1blink.com/search.cgi?q=Variation%2Bof%2BAtom%2Bto%2Bthe%2BCathode%2Bin%2Bthe%2BArc%2BMode&t=web

Atom to the Cathode in the Arc Mode http://www.1blink.com/search.cgi?q=Atom%2Bto%2Bthe%2BCathode%2Bin%2Bthe%2BArc%2BMode&t=web

Variation of Ion Flow to the Cathode in the Arc Mode http://www.1blink.com/search.cgi?q=Variation%2Bof%2BIon%2BFlow%2Bto%2Bthe%2BCathode%2Bin%2Bthe%2BArc%2BMode&t=web

Ion Flow to the Cathode in the Arc Mode http://www.1blink.com/search.cgi?q=Ion%2BFlow%2Bto%2Bthe%2BCathode%2Bin%2Bthe%2BArc%2BMode&t=web

13. The Effect of Inert Gases on the Current-Voltage Characteristics http://www.1blink.com/search.cgi?q=Effect%2Bof%2BInert%2BGases%2Bon%2Bthe%2BCurrent-Voltage%2BCharacteristics&t=web

Inert Gases on the Current-Voltage Characteristics http://www.1blink.com/search.cgi?q=Inert%2BGases%2Bon%2Bthe%2BCurrent-Voltage%2BCharacteristics&t=web

14. The Effect of Magnetic Field on Thermionic Converter Operation in the Arc Mode http://www.1blink.com/search.cgi?q=Effect%2Bof%2BMagnetic%2BField%2Bon%2BThermionic%2BConverter%2BOperation%2Bin%2Bthe%2BArc%2BMode&t=web

Magnetic Field on Thermionic Converter Operation in the Arc Mode http://www.1blink.com/search.cgi?q=Magnetic%2BField%2Bon%2BThermionic%2BConverter%2BOperation%2Bin%2Bthe%2BArc%2BMode&t=web

Magnetic Field on Thermionic Converter Operation http://www.1blink.com/search.cgi?q=Magnetic%2BField%2Bon%2BThermionic%2BConverter%2BOperation&t=web

15. Transient Processes in the Thermionic Converter Arc Mode http://www.1blink.com/search.cgi?q=Transient%2BProcesses%2Bin%2Bthe%2BThermionic%2BConverter%2BArc%2BMode&t=web

Transient Processes in the Thermionic Converter http://www.1blink.com/search.cgi?q=Transient%2BProcesses%2Bin%2Bthe%2BThermionic%2BConverter&t=web

Direct-Flight Mode of Thermionic Converter Operation http://www.1blink.com/search.cgi?q=Direct-Flight%2BMode%2Bof%2BThermionic%2BConverter%2BOperation&t=web

Knudsen Mode of Thermionic Converter Operation http://www.1blink.com/search.cgi?q=Knudsen%2BMode%2Bof%2BThermionic%2BConverter%2BOperation&t=web

Knudsen Mode of Thermionic Converter http://www.1blink.com/search.cgi?q=Knudsen%2BMode%2Bof%2BThermionic%2BConverter&t=web

Monotonic Potential Distribution in the Gap http://www.1blink.com/search.cgi?q=Monotonic%2BPotential%2BDistribution%2Bin%2Bthe%2BGap&t=web

Monotonic Potential Distribution http://www.1blink.com/search.cgi?q=Monotonic%2BPotential%2BDistribution&t=web

Non-Monotonic Potential Distribution in the Gap http://www.1blink.com/search.cgi?q=Non-Monotonic%2BPotential%2BDistribution%2Bin%2Bthe%2BGap&t=web

Non-Monotonic Potential Distribution http://www.1blink.com/search.cgi?q=Non-Monotonic%2BPotential%2BDistribution&t=web

3. Experimental Investigation of a Knudsen Plasma in a Thermionic Converter http://www.1blink.com/search.cgi?q=Experimental%2BInvestigation%2Bof%2Ba%2BKnudsen%2BPlasma%2Bin%2Ba%2BThermionic%2BConverter&t=web

Experimental Investigation of a Knudsen Plasma http://www.1blink.com/search.cgi?q=Experimental%2BInvestigation%2Bof%2Ba%2BKnudsen%2BPlasma&t=web

Knudsen Plasma http://www.1blink.com/search.cgi?q=Knudsen%2BPlasma&t=web

4. The Effect of a Magnetic Field on Thermionic Converter Operation in the Direct-Flight Mode http://www.1blink.com/search.cgi?q=Effect%2Bof%2Ba%2BMagnetic%2BField%2Bon%2BThermionic%2BConverter%2BOperation%2Bin%2Bthe%2BDirect-Flight%2BMode&t=web

Magnetic Field on Thermionic Converter Operation in the Direct-Flight Mode http://www.1blink.com/search.cgi?q=Magnetic%2BField%2Bon%2BThermionic%2BConverter%2BOperation%2Bin%2Bthe%2BDirect-Flight%2BMode&t=web

Magnetic Field on Thermionic Converter http://www.1blink.com/search.cgi?q=Magnetic%2BField%2Bon%2BThermionic%2BConverter&t=web

5. The Knudsen Arc http://www.1blink.com/search.cgi?q=Knudsen%2BArc&t=web

Chapter 11. Some Engineering Problems of Thermionic Converter http://www.1blink.com/search.cgi?q=Engineering%2BProblems%2Bof%2BThermionic%2BConverter&t=web

1. Current-Voltage Characteristics http://www.1blink.com/search.cgi?q=Current-Voltage%2BCharacteristics&t=web

2. Prospects for Increasing Thermionic Converter Output Parameters http://www.1blink.com/search.cgi?q=Prospects%2Bfor%2BIncreasing%2BThermionic%2BConverter%2BOutput%2BParameters&t=web

Increasing Thermionic Converter Output Parameters http://www.1blink.com/search.cgi?q=Increasing%2BThermionic%2BConverter%2BOutput%2BParameters&t=web

Thermionic Converter Output Parameters http://www.1blink.com/search.cgi?q=Thermionic%2BConverter%2BOutput%2BParameters&t=web

Thermionic Converter Output http://www.1blink.com/search.cgi?q=Thermionic%2BConverter%2BOutput&t=web

3. The Reactor Converter http://www.1blink.com/search.cgi?q=Reactor%2BConverter&t=web

4. Use of Heat Pipes http://www.1blink.com/search.cgi?q=Use%2Bof%2BHeat%2BPipes&t=web

Heat Pipe http://www.1blink.com/search.cgi?q=Heat%2BPipe&t=web

5. Materials for a Reactor Thermionic Converter http://www.1blink.com/search.cgi?q=Materials%2Bfor%2Ba%2BReactor%2BThermionic%2BConverter&t=web

Reactor Thermionic Converter http://www.1blink.com/search.cgi?q=Reactor%2BThermionic%2BConverter&t=web

6. Reactor Tests for Thermionic Converters http://www.1blink.com/search.cgi?q=Reactor%2BTests%2Bfor%2BThermionic%2BConverters&t=web

7. Thermionic Converters with Isotopic Heat Sources http://www.1blink.com/search.cgi?q=Thermionic%2BConverters%2Bwith%2BIsotopic%2BHeat%2BSources&t=web

Isotopic Heat Sources http://www.1blink.com/search.cgi?q=Isotopic%2BHeat%2BSources&t=web

8. The Use of the Thermionic Converter in Central Power Plant Engineering http://www.1blink.com/search.cgi?q=Use%2Bof%2Bthe%2BThermionic%2BConverter%2Bin%2BCentral%2BPower%2BPlant%2BEngineering&t=web

Thermionic Converter in Central Power Plant Engineering http://www.1blink.com/search.cgi?q=Thermionic%2BConverter%2Bin%2BCentral%2BPower%2BPlant%2BEngineering&t=web

Thermionic Converter in Central Power Plant http://www.1blink.com/search.cgi?q=Thermionic%2BConverter%2Bin%2BCentral%2BPower%2BPlant&t=web

Thermionic Converter in Power Plant http://www.1blink.com/search.cgi?q=Thermionic%2BConverter%2Bin%2BPower%2BPlant&t=web

1. Some Physical Constants http://www.1blink.com/search.cgi?q=Physical%2BConstants&t=web

Correlation of Physical Quantities for a Cesium Plasma http://www.1blink.com/search.cgi?q=Correlation%2Bof%2BPhysical%2BQuantities%2Bfor%2Ba%2BCesium%2BPlasma&t=web

Physical Quantities for a Cesium Plasma http://www.1blink.com/search.cgi?q=Physical%2BQuantities%2Bfor%2Ba%2BCesium%2BPlasma&t=web

Cesium Plasma http://www.1blink.com/search.cgi?q=Cesium%2BPlasma&t=web

3. Some Emission Parameters http://www.1blink.com/search.cgi?q=Emission%2BParameters&t=web

4. Temperature Dependence of Thermionic Emission at Different Emitter Work Functions http://www.1blink.com/search.cgi?q=Temperature%2BDependence%2Bof%2BThermionic%2BEmission%2Bat%2BDifferent%2BEmitter%2BWork%2BFunctions&t=web

Temperature Dependence of Emission at Different Work Functions http://www.1blink.com/search.cgi?q=Temperature%2BDependence%2Bof%2BEmission%2Bat%2BDifferent%2BWork%2BFunctions&t=web

Work Function http://www.1blink.com/search.cgi?q=Work%2BFunction&t=web

5. Temperature Dependence of Equilibrium Electron Density at Different Cesium Vapor Pressures http://www.1blink.com/search.cgi?q=Temperature%2BDependence%2Bof%2BEquilibrium%2BElectron%2BDensity%2Bat%2BDifferent%2BCesium%2BVapor%2BPressures&t=web

Equilibrium Electron Density at Different Cesium Vapor Pressures http://www.1blink.com/search.cgi?q=Equilibrium%2BElectron%2BDensity%2Bat%2BDifferent%2BCesium%2BVapor%2BPressures&t=web

Equilibrium Electron Density at Cesium Vapor Pressures http://www.1blink.com/search.cgi?q=Equilibrium%2BElectron%2BDensity%2Bat%2BCesium%2BVapor%2BPressures&t=web

6. Temperature Dependence of Chemical Potential at Different Cesium Vapor Pressures http://www.1blink.com/search.cgi?q=Temperature%2BDependence%2Bof%2BChemical%2BPotential%2Bat%2BDifferent%2BCesium%2BVapor%2BPressures&t=web

Chemical Potential at Different Cesium Vapor Pressures http://www.1blink.com/search.cgi?q=Chemical%2BPotential%2Bat%2BDifferent%2BCesium%2BVapor%2BPressures&t=web

Chemical Potential at Cesium Vapor Pressures http://www.1blink.com/search.cgi?q=Chemical%2BPotential%2Bat%2BCesium%2BVapor%2BPressures&t=web