Linus Pauling Research Notebooks

Alphabetical Subject Index

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P

P-p pentawin  35:266-267 
Packing  25:182-183 
 6-12 potentials  46:080-081 
 Calculations  25:190  191 
 Dodecahedra  20:039-040 
 Level sequence  25:188  189 
 Model  25:174-179 
 Nucleons  25:191  192 
 Octahedral core  25:247 
 Spheres  46:082-083 
 Subshell sequences  25:174-179  182-183 
 Summary  25:233 
Palladium (Pd)  29:256-257   39:045 
 Pd58.8  35:246  247  249 
 Palladium silicate uranium (Pd3SiU)  17:085  086  295  297-298  300   40:277   29:039-045 
 Properties  27:046 
Parabola data  32:022 
Parrish, William
 IBM summary  36:086 
Partial pressure
 Oxygen  16:038 
Particles
 Fundamental particles  23:264  266  268-274 
 Resonances  32:119-120 
 Resonant states  32:116-117 
 E+e- structures of fundamental particles  32:114-115 
 Rotation of  32:116-118 
 Wave functions for particle in rectangular box  28:085 
Pauling, Ava Helen  19:266-271 
 Cancer diagnosis and early treatment  19:101 
Pauling, Peter
 Notes on pentagonal dodecahedrons  20:038  062-067  081 
 Notes on dodecahdra  20:039-052 
Paschen-Back states (Goudsmit treatment)  32:183-184 
Pattern determination
 Non-smokers not on diet  33:036 
 Cigarette smokers not on diet  33:036 
Peaks
 Pentapyramidon  25:113  116-117 
 Tetrapyramidon  25:113  116-117 
 Width  29:067 
Pentaborane (B5H9)  23:179 
Pentapyramidon peaks  25:113  116  117 
Pentlandite
 X-ray diffraction  08:073-083 
Perchlorate (ClO4)  07:063-065 
Periodate (ClI4)  07:063-065 
Perylene  34:065 
Phase Diagrams
 Binary  17:267  274  278 
Phenanthrene  34:063 
Phenanthrene-quinone  14:015 
Phenanthrene quinone sulfonate  14:014 
Phosphate, energy levels of  31:268 
Phosphorous (P)
 Properties of  27:105 
Phosphonium
 Iodide (PH4I)  41:108  109  111 
 Bromide (PH4B)  41:108  109  111 
Photochemical explosion H2 + Cl2  19:010 
Photofission
 Iron (Fe)  32:234  235  237 
Photographs
 Laue  03:020 
 Mica  07:076 
 Powder
  CaCl2  05:009-018 
  CaO  05:009-018 
  Magnetite  03:052-053 
  Martite  03:052-053 
  NaCl  05:009-018 
  TlI  05:009-018 
  Tube contents  03:002 
  ZrO2  05:009-018 
 Spectral  03:020  064-065 
  Cesium iodide  03:084-091 
  Cesium iodobromide  03:084-091 
Physical constants (conversion table)  02:152 
Planar rotators  32:258 
Platinum (Pt)  35:213   37:040-041   39:046  047   41:140   43:022  023 
 Platinum arsenic (PtAs2)  14:036 
 78Pt Rotation  19:197 
 PtAl2  32:250 
 Properties of  27:078 
Plutonium (Pu)  35:175 
 Metallic Radii  35:055 
 94Pu  42:016  034 
 12894Pu144  29:182  188  189  191 
 236Pu  35:171 
 238Pu, 239Pu  44:192-196  199  200-211  217 
 242Pu  35:173 
 "244Pu  35:173 
 24494Pu150  42:008 
 Properties  27:094 
 R (in fm) ground band of isotopes with mass m (Dal)  35:296 
Polarizability  37:009 
Pollucite
 X-ray diffraction  07:220-231 
Polonium (Po)  29:086   35:182  185 
 21084Po126  31:273 
 Properties  27:084 
Polyhedra  25:162   36:084 
 1hex-6pent-3square  20:061 
 3hex-12pent  20:060 
 Friauf  31:214  215 
 Hoard's polyhedron  31:196  197  258 
 McClure's  31:290 
Polyhelions  32:107  109 
 Binding Energy by  31:016 
 Helions  26:009   31:064-065 
 Ionization of  31:014  015 
 Kinetic Energy  31:064  065 
 Light  18:067 
 Linear  24:076a   32:212 
 Mg24 as  32:217 
 Nuclei as pairs and triads  26:013 
Polymers
 Glycine  17:054 
Polypeptides
 Abstract papers presented at Kansas City, MO, April 13-17 1936.  18:003 
 Hydrogen bonds  28:066-067 
Polypyramidons  25:114 
Polyvanadates (VO3)  07:068 
Porphyrins, metal  13:042 
Portier, M.
 Paper on high resolution electron micrograph of MnAl6  35:205 
Potassium (K)
 Calculated distances for Potassium Bromine (KBr)  04:005 
 Calculated distances for Potassium Carbon Nitrogen  04:007 
 Calculated distances for Potassium Iodine (KI)  04:004 
 Copper oxide (KCuO2)  29:031 
 Diffuse spots of Potassium Iodine (KI)  04:009 
 Iron (Fe) in  29:121 
 K-lines from Potassium Iodine  04:008 
 Potassium Clusters (Kn)  17:229 
 Potassium Cyanate  04:091 
 Properties of  27:019 
 Superoxide
  X-ray diffraction  07:038-039 
 X-ray diffraction data Potassium Mercury (KHg12)  04:017 
 X-ray diffraction data for Potassium Zirconium Fluoride (K3ZrF7)  04:036 
Potassium Carbon
 K3C60  43:128 
 K6C60  43:150 
Potassium Cyamelurate (C6N7O3K3)
 Preperation  08:148 
Praseodymium (Pm)
 Properties  27:061 
Praseodymium III (Pr III)  35:186-193  230-231  233   36:097   40:004-005  011 
Precipitation
 Tin (IV) bromide (SnBr2)  35:002 
Problems (for future)  16:091-112   41:144 
Prolate nuclei  32:053 
Promotion energy
 Transition metals  23:287 
Proposals for research  32:001 
Protactinium (Pa)  37:031 
 223-23191Pa138,140  44:016 
 Properties  27:091 
Protein structure
 Anomalous dispersion method of studying proteins  28:059 
 Calculation relating to crystalline globular proteins  24:003 
 Determination of the structure of crystalline globular proteins  28:051-054 
 Determining protein structure  28:056-058 
 Notes by Fred Ewing  29:010-011 
Protein in urine  17:015  016 
Proton(s)  32:122  123  126 
 Diffracted waves  07:264-265 
 Odd  25:168-172 
 Proton and neutron addition to x  32:153 
 Proton and neutron distribution in Pb208  25:018-019 
 Protonated molecules and atoms  20:010 
Proton density
 Effects  25:251 
 Iron (Fe)  26:095 
 Nickel (Ni)  26:095 
 Zinc (Zn)  26:095 
Proton pairs  32:021 
Promethium (13661Pm75)  44:163 
 15361Pm90  41:083 
Promotion energy  28:104 
Pseudobrookite
 X-ray diffraction  05:030-045  056-074  076-078  084-085  087-091  094  096-097 
Psoriasis pills data  31:274  276-279 
Psoriasis  18:093  094  097-098  103-104  106   31:264  266-267 
Publications
 Pauling's books and paper  16:146-147 
 Pauling's students  16:187-189 
Pyrargyrite  08:106-107 
Pyrene  34:062 
Pyrite (FeS2)  24:088-089  096-097 
Pyrrhotite (Fe5S6)  08:049   24:086 

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