11 research outputs found
A new formulation of the thermodynamic limits on the performance of chemical and nuclear engines.
- Publication venue
- 'American Institute of Aeronautics and Astronautics (AIAA)'
- Publication date
- Field of study
No full textUnimolecular reactivity of organotrifluoroborate anions, RBF 3
- Publication venue
- 'Wiley'
- Publication date
- Field of study
No full textZum system W/O/J. II: WO2J2, WO2J - Darstellung und Eigenschaften
- Author
- Publication venue
- 'Wiley'
- Publication date
- Field of study
No full textHeterogeneous Rate Coupling for Graphite Oxidation
- Author
- Publication venue
- 'American Institute of Aeronautics and Astronautics (AIAA)'
- Publication date
- Field of study
No full textBinary boundary layers on sharp cones in low-density supersonic and hypersonic flow.
- Author
- Publication venue
- 'American Institute of Aeronautics and Astronautics (AIAA)'
- Publication date
- Field of study
No full textAerothermodynamic design of high speed rockets
- Author
- Publication venue
- 'American Institute of Aeronautics and Astronautics (AIAA)'
- Publication date
- Field of study
No full textExperimental Project Results from the Design Institute for Physical Properties (DIPPR) of the American Institute of Chemical Engineers. 5
- Author
- Acid Hippuric
- Alkane Hydrocarbons Properties
- Alkane Thiols Seven Isomeric
- Alkenes
- Analysis Vibrational
- Assignment Vibrational
- Bartlesville Station of the Bureau of Mines.
- Bonse-Hart Instrument Data Obtained
- Bur From
- Bur U.S.
- C.
- Calorimeter Scanning
- Calorimetry Bomb
- Calorimetry Bomb
- Calorimetry Bomb
- Capacities Heat
- Chem Butylamine
- Chem J.
- Chem J.
- Chem Pentyl
- Coefficients Activity
- Compounds Miscellaneous Organic
- Compounds Nitrogen
- Compounds Organic
- Cyclopentane Decyl-Substituted
- Cyclopentanethiol Properties
- Cyclopentene Entropies
- Data Pressure
- Decaborane Diammonium
- Deuterium Its
- Dibenzofuran The Thermodynamic
- Dibenzofuran Three-Ring
- Dihalobiphenyls Four
- Dithiaalkanes Aliphatic Sulfur
- Eicosane
- Energy Functions Intermolecular Potential
- Energy Thermochemical Bond
- Engineers Mechanical
- Engineers Society Mechanical
- Ethane Temperature Relations
- Ethanethiol Analysis
- Ethylbenzene Properties
- Ethylene Properties
- Ethylene Temperature Relations
- Experiment Theory
- Field Valence Force
- Five Benzoquinolines Properties
- Five Isomeric Hexanes Thermal Data
- Formation
- Formation Combustion
- Formation Enthalpies
- Formation Enthalpies
- Formation Properties
- Functions
- Functions Thermodynamic
- Functions Thermodynamic
- Functions Thermodynamic
- Fusion Heat
- Fusion Published
- Heat Phase Isobaric
- Heptanes Six Isomeric
- Heptenes Isomeric
- Hydrocarbons Cycloalkane
- Hydrocarbons Ring
- Hydrocarbons Seven Aromatic
- Incident-Beam Monochromator Geometry
- Indan Formation
- Indans Substituted
- Instrument Bonse-Hart
- Isomeric Nonanes Formation
- Isomeric Pentanes Formation
- Isomerism Rotational
- J.
- K
- K
- K.
- K.
- Linkage Siloxane
- Melting Region Studies
- Method Rotating-Bomb
- Methylpyridine III.
- Methylpyridine Methyl
- Mines
- Molecular Crystals Phase Transformations
- Molecules Related
- Mueller Bridge Decades
- Organic Sulfur Compounds Formation Data
- Petroleum Sulfur Compounds
- Phenoxathiin Thianthrene
- Polynuclear Aromatic Hydrocarbons Bridged-Ring
- Pressure
- Pressure Vapor
- Propane Temperature Relations
- Propanethiol Rotational Tautomerism
- Properties
- Properties
- Properties
- Properties
- Properties Chemical Thermodynamic
- Properties Chemical Thermodynamic
- Properties Chemical Thermodynamics
- Properties Temperature Thermal
- Properties Thermodynamic
- Properties Thermodynamic
- Relations Potential Energy
- Rotating-Bomb Calorimetry Formation
- Rotation Internal
- Rotation Internal
- Rotational Isomerism Properties
- Seven Pentadienes Relations
- Smith I.
- Solid State Disorder
- Some Alkyl Cyclopropanes Formation
- State Gas
- State Liquid
- Studies Third Law
- Study
- Substances Properties
- Substances Related
- Substituted Cyclohexanes
- Sulfate Dodecyl
- T
- Temperatures
- Thermochemical Bond Energy The N-F
- Thermochemical Bond Energy The S-S
- Thermodynamic Functions
- Thermodynamic H. M.
- Thiols Infrared Spectra
- To
- Treatment Normal-Coordinate
- Tropolone Energy
- Unpolarized
- Volatile Solids Combustion Calorimetry
- Xylene The Thermodynamic
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full textThe chemical reactions in electrosprays of water do not always correspond to those at the pristine air–water interface
- Author
- Agmon
- Amad
- Archibald
- Ariga
- Ariga
- Arnett
- Aussillous
- Bain
- Bain
- Banerjee
- Banerjee
- Bang
- Beattie
- Blake
- Breuker
- Bryantsev
- Butler
- Byrnes
- Carrier
- Collins
- Colussi
- Cramer
- De Hoffmann
- de la Mora
- Deiana
- Dobson
- Dykstra
- Eisenthal
- Enami
- Enami
- Enami
- Enami
- Francl
- Fukui
- Griffith
- Griffith
- Grimm
- Grimm
- Hodges
- Hunter
- Hunter
- Ingram
- Jacobs
- Jacobs
- Jubb
- Jung
- Kazansky
- Kazansky
- Kebarle
- Kebarle
- Kelly
- Kelly
- Kim
- Klots
- Kumar
- Kumar
- Lam
- Lam
- Lee
- Li
- Luedtke
- Macias-Romero
- Matsuoka
- Mishra
- Mishra
- Mishra
- Mora
- Mortensen
- Mortensen
- Muller
- Nam
- Narayan
- National Academies of Sciences Engineering, and Medicine
- Neutral Thermochemical Data
- Nguyen
- Nihonyanagi
- Nosé
- Pawlowski
- Platt
- Samson
- Sarotti
- Saykally
- Schroder
- Schroder
- Seinfeld
- Sharkey
- Shavlov
- Silveira
- Smith
- Sterling
- Tabe
- Tabe
- Thomas
- Thomas
- Tian
- Tissandier
- Vaida
- Wang
- Yan
- Yan
- Yang
- Yuan
- Zhao
- Zhao
- Zhong
- Zhou
- Zhou
- Zilch
- Publication venue
- 'Royal Society of Chemistry (RSC)'
- Publication date
- 01/01/2019
- Field of study
No full textChemical Ionization of TNT and RDX with Trimethylsilyl Cation
- Author
- Behrens R.
- Behrens R.
- Botcher T. R.
- Botcher T. R.
- Boumsellek S.
- Burrows E. P.
- Clemens D.
- Coffin J. M.
- Comisarow M. B.
- Comisarow M. B.
- Congress
- Congress
- Dionne B.
- Dobratz B. M.
- Fainberg A.
- Farber M.
- For
- For
- Frisch M. J.
- Gauthier J. W.
- Gillis R. G.
- Habibollahzadeh D.
- Hendewerk M. L.
- Huang S. D.
- Lias S. G.
- Marshall A.
- Marshall A. G.
- Marzluff E. M.
- McLuckey S. A.
- McLuckey S. A.
- McMillan D. F.
- Melius C. F.
- Orlando R.
- Pate C. T.
- Rignalda M. N.
- Rosen J. M.
- Saferstein R.
- Sewell T. D.
- Shaw R.
- Shishkov I. F.
- Stewart J. J. P.
- Stewart J. J. P.
- The
- The
- Thermochemical Data
- Vouros P.
- Yinon J.
- Yinon J.
- Yinon J.
- Yinon J.
- Yinon J.
- Yinon J.
- Zhao X.
- Zitrin S.
- Zitrin S.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full textTheoretical C−H Bond Dissociation Enthalpies for CH 3
- Author
- Adams G. P.
- Albritton D. L.
- Albritton D. L.
- Andzelm J.
- Bartlett R. J.
- Becke A. D.
- Bernstein H. J.
- Bierbach A.
- Curtiss L. A.
- Curtiss L. A.
- Curtiss L. A.
- Davies P. B.
- DeMore W. B.
- Espinosa-García J.
- Feenberg E.
- Ferguson K. C.
- Fowell P.
- Frich M. J.
- Frisch M. J.
- Glukhovtsev M. N.
- Glukhovtsev M. N.
- Glukhovtsev M. N.
- Glukhovtsev M. N.
- Glukhovtsev M. N.
- Gurvich L. V.
- Hausmann M.
- Hehre W. J.
- Hehre W. J.
- Herzberg G.
- Holmes J. L.
- Jacox M. E.
- Kambanis K. G.
- Kudchadker S. A.
- Le Bras G.
- Lee T. J.
- Lee T. J.
- Li Z.
- Ma Z.-X.
- McMillen D. F.
- Mishra S. P.
- Møller C.
- Nobes R. H.
- Numerical Data
- Paddison S. J.
- Pedley J. B.
- Pople J. A.
- Price S. J.
- Raghavachari K. J.
- Sana M.
- Sana M.
- Scuseria G. E.
- Shimanouchi T.
- Singh H. B.
- Slater J. C.
- Smith D. W.
- Stephens P. J.
- Tang T.
- Thermochemical Tables
- Vosko S. H.
- Wilson S.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full text
