Journal of Power Sources 1993: Vol 43-44 Index

11 Pages·1993·1.4 MB·English

Journal of Power Sources, 44 (1993) 743-744
Author Index of Volumes 43 and 44
Abraham, K. M., 195, 385 Crespi, A. M., 119 HeB, M., 493
Ai, X., 399 Croce, F., 9, 481 Hoge, D., 223, 409
Akridge, J. R., 505 Hou, P., 499
Akturk, N., 349 De Kock, A., 289 Hsieh, M. C., 673
Alamgir, M., 195, 385 De la Harpe, A. P., 289 Huang, C.-K., 21
Andrieu, X., 445 Delmas, C., 595 Huang, H., 431
Andrukaitis, E., 603 Deniard, Ph., 657 Huang, X., 487
Aotani, N., 135 Dollé, A., 681 Humbert, M. A., 681
Arakawa, M., 27, 517 Dongjiang, Z., 539 Huslage, J., 493
Arakawa, Y., 523 Downarowicz, J., 355
Arbizzani, C., 453 Dreher, J., 583 Ichimura, M., 27, 517
Atlung, S., 733 Dudney, N. J., 103 Ikezawa, Y., 611
Attia, A., 21 Diinger, H.-J., 405 Ikuta, H., 651
Aurbach, D., 47 llic, D., 589
Egorkina, O. Yu., 301
Azuma, H., 241 Imanishi, N., 619
Eichinger, G., 259
Imoto, H., 241
Ein Ely, Y., 47
Inoue, K., 619
Babai, M., 47 Endo, T., 241
Izydorek, J., 355
Bach, S., 569 Exnar, I., 701
Baffier, N., 569
Jacobsen, T., 127
Baker, G. L., 689 Fahys, B., 349
Balkowska, A., 355 Fey, G. T. K., 673, 709 Jakubec, 1., 547
Jamnik, J., 391
Baochen, W., 83, 539, 669 Fujimoto, M., 253
Jannakoudakis, A. D., 413
Bates, J. B., 103 Fujita, S., 241
Jannakoudakis, P. D., 413
Behl, W., 481 Fujiwara, T., 635
Besenhard, J. O., 413, 493 Fillbier, H., 467 Jaw, H. K., 673, 709
Biensan, Ph., 681 Furukawa, N., 253 Jiqiang, W., 309
Jones, M., 715
Bischoff, H., 473
Bittihn, R., 223, 409 Gaberstéek, M., 391 Jones, S. D., 505
Bludska, J., 547 Gamayunova, I. M., 157 Joos, M., 727
Boeuve, J. P., 65, 445 Goodenough, J. B., 269 Juang, H. K., 709
Borong, Z., 669 Gruzalski, G. R., 103 Jurewicz, K., 493
Botkovitz, Ph., 657 Guérard, D., 39
Brec, R., 277, 657 Gummow, R. J., 289 Kanamura, K., 627
Broussely, M., 65, 209, 681 Guyomard, D., 689 Kato, S., 89
Bruce, P. G., 461 Guyot, A., 453 Kawaguchi, M., 75
Kilroy, W. P., 385, 715
Haas, B., 583 Kishi, T., 645
Carmeli, Y., 47 Halpert, G., 21, 327 Knutz, B. C., 733
Cattaneo, E., 341 Hamaide, T., 453 Koksbang, R., 461
Cha, C. S., 145 Hambitzer, G., 405, 583, Kolb, D. M., 169
Changzhi, L., 669 727 Kondo, S., 135
Chen, L., 431, 487 Hanada, T., 75 Kozawa, A., 551
Chen, S. Y., 709 Hara, M., 253 Krebber, U., 493
Chen, W., 499 Hasegawa, K., 523 Krok, F., 461
Cheng, T. T., 709 Hauke, IL. 421 Kumagai, N., 635
Choudhury, A., 103 Heng, Z., 309
Churikov, A. V., 157, 365 Hep, J., 701 Labat, J., 209
Chusid, O. (Youngman), 47 Herlem, M., 349 Ladhily, H., 681
Chuvashkin, A. N., 365 Herr, R., 223, 409 Lecerf, A., 681
Elsevier Sequoia
744
Lee, T. J., 673, 709 Pearce, K., 289 Takeuchi, K., 89
Lei, M., 399 Pejovnik, S., 391 Tanno, K., 635
Levy, S. C., 247 Peled, E., 21 Tarascon, J. M., 689
Li, F., 83, 539 Pereira-Ramos, J. P., 569 Tchangbedji, G., 577
Li, S., 399, 533 Perton, F., 209 Thackeray, M. M., 289
Liles, D. C., 289 Pistoia, G., 561 Theodoridou, E., 413
Lin, Q., 309 Plichta, E., 481 Tobishima, S., 27, 517
Liu, L., 499 Polsonetti, P., 715 Tournoux, M., 657
Lobitz, P., 467 Polszakiewicz, B., 355 Tsutsumi, H., 439
Luck, C. F., 103 Prouzet, E., 277
Lutter, W., 405 Uchida, T., 651
Lvov, A. L., 157, 365 Rahner, D., 421, 473 Uchimoto, Y., 377
Reiche, A., 467
Machill, S., 421 Robertson, J. D., 103 Vicédo, T., 445
Manev, V., 551, 561 Romero, A., 209 Vincent, C. A., 461
Manthiram, A., 269 Rossouw, M. H., 289 Vogel, R., 169
Mao, Z., 181 Rougier, A., 595 Vondrak, J., 547
Marinangeli, A. M., 453 Ruch, J., 341
Mashiko, S., 241 Ruizhen, Q., 309 Wagner, M. W., 413
Mastragostino, M., 453 Wakihara, M., 651
Matsuda, Y., 1, 75, 439 Saadoune, I., 595 Walas, I., 355
Meneghello, L., 453 Saito, T., 217, 253 Watanabe, H., 217
Menetrier, M., 431 Sakaebe, H., 627 Werblan, L., 355
Messina, R., 569 Salomon, M., 481 West, K., 127, 733
Mine, T., 611 Sandner, R., 473 White, R. E., 181
Miura, T., 645 Schlaikjer, C., 715 Wiesener, K., 421, 473
Momchilov, A., 551, 561 Schleich, D., 481 Will, T., 169
Morita, A., 233 Schmidt, C. L., 111 Winter, M., 413
Morita, M., 75, 439 Schoonman, J., 487 Wnhetrzewski, B., 269
Murata, K., 89 Schriever, U., 727
Scrosati, B., 9, 481 Xue, R., 431
Nagashima, M., 611 Sekai, K., 241 Xuezhang, M., 309
Nakane, I., 217, 253 Shah, P. M., 317
Narayanan, S. R., 21 Shan, Z., 499 Yamaki, J., 27, 517
Narukawa, S., 253 Shen, D. H., 21, 327 Yamamoto, O., 619
Nassalevska, A., 551, 561 Shi, Z., 533 Yamaura, J., 233
Nemoto, Y., 27, 517 Shirokov, A. V., 365 Yamaura, K., 241
Neumann, D., 589 Simon, B., 65 Yang, C., 533
Nimon, E. S., 157, 365 Skaarup, S., 127 Yang, H., 399, 533
Nishi, Y., 241 Skarstad, P. M., 111, 119 Yang, H. X., 145
Nishio, K., 217, 253 Skundin, A. M., 301 Yang, L., 499
Noda, T., 89 Staniewicz, R. J., 209 Yasuda, K., 377
Nohma, T., 217, 253 Stefanovskaya, E. E., 301 Yazami, R., 39
Steurich, T., 473 Yixiong, T., 309
Odink, D. A., 577 Stimming, U., 169 Yokogawa, M., 241
Ogumi, Z., 377 Surampudi, S., 21 Yongyao, X., 83, 539
Ohta, A., 233 Szeze$niak, B., 355 Yoshida, H., 377
Omaru, A., 241 Sziapka, R., 355 Yoshihisa, Y., 89
Ouvrard, G., 277, 577 Yoshimura, S., 217, 253
Ozaki, Y., 233 Takada, K., 135 Yuegen, C., 309
Takahashi, M., 253
Pasquali, M., 561 Takamura, T., 611 Zachau-Christiansen, B.,
Pasquariello, D. M., 385 Takeda, Y., 619 127, 733
Passerini, S., 481 Takehara, Z., 377, 627 Zuhr, R. A., 103
Journal of Power Sources, 44 (1993) 745-752
Subject Index of Volumes 43 and 44
Alloys bon for negative electrode material,
investigations on rechargeable lithium 233
alloys on the basis of Al—Ni and lithium-ion rechargeable cells with
Al-Mn alloys, 421 LiCoO, and carbon electrodes, 241
Aluminium improvement of heavy-drain discharge
investigations on rechargeable lithium properties of polypyrrole cathode by
alloys on the basis of Al—Ni and the electro-codeposition of carbon
Al-Mn alloys, 421 powder, 611
Amines Carbon electrodes
conductivity and stability towards electrochemical and spectroscopic
lithium metal of lithium triflate studies of carbon electrodes in
(LiSO,CF,) and lithium bistrifluoro- lithium battery electrolyte systems,
sulfonylimide (Li(SO,CF;),N) in 47
amines and their mixtures with electrochemical study of the passivating
ammonia, 349 layer on lithium intercalated carbon
new conducting polymer networks, 445 electrodes in nonaqueous solvents, 65
Ammonia studies of carbon as negative electrode
conductivity and stability towards materials for secondary lithium
lithium metal of lithium triflate batteries, 399
(LiSO,CF,) and lithium bistrifluoro- stability of lithiated carbon electrodes in
sulfonylimide (Li(SO,CF;,),N) in organic electrolytes, 409
amines and their mixtures with Carbon-lithium
ammonia, 349 inorganic film-forming electrolyte addi-
tives improving the cycling behaviour
of metallic lithium electrodes and
Batteries
the self-discharge of carbon-lithium
development of cylindrical secondary
electrodes, 413
lithium/polyaniline batteries, 669
Cathode materials
Boron
characterization of Cu,V,O, as cathode
a new negative electrode matrix, BC,N,
material for lithium cells by X-ray
for rechargeable lithium batteries, 75
and photoelectron spectroscopy, 589
Bronze
a high performance Li,MnO, cathode
reversible potassium vanadium bronze
material for rechargeable lithium
cathodes (K,V,O,,,,) with various
cells, 681
potassium to vanadium ratios, 603
Cathode pore-size distribution
relationship of cathode pore-size
Capacity distribution and rated capacity in
relationship of cathode pore-size Li/MnO, cells, 709
distribution and rated capacity in Cathodes
Li/MnO, cells, 709 reversible potassium vanadium bronze
Carbon cathodes (K,V,O,,.,) with various
a new negative electrode matrix, BC,N, potassium to vanadium ratios, 603
for rechargeable lithium batteries, 75 improvement of heavy-drain discharge
the SWING system, a nonaqueous properties of polypyrrole cathode by
rechargeable carbon/metal oxide cell, the electro-codeposition of carbon
223 powder, 611
high voltage, rechargeable lithium thiospinels as cathode for lithium sec-
batteries using newly-developed car- ondary battery, 619
Elsevier Sequoia
746
nickel Chevrel-phase sulfides Ni,Mo,S, Cycling
and Ni,Mo,S,_,O, as the cathode of effect of cycling on the lithium/electro-
lithium secondary batteries, 651 lyte interface in organic electrolytes,
Chromium oxide 21
studies of spinel LiCr,Mn,_,O, for lithium-cycling efficiency in inorganic
secondary lithium battery, 539 electrolyte solution, 405
Cobalt inorganic film-forming electrolyte addi-
lithium-ion rechargeable cells with tives improving the cycling behaviour
LiCoO, and carbon electrodes, of metallic lithium electrodes and
241 the self-discharge of carbon—lithium
Cobalt oxide electrodes, 413
Li/Li,NiO, and Li/Li,CoO, rechargeable two- and three-electrode studies of
systems: comparative study and cycling in experimental polymer
performance of practical cells, 209 electrolyte cells, 461
the Li,TiS,|Li,;_,CoO, solid-state the cycling properties of the Li,Ni,
y
rocking chair battery, 481 Co,O, electrode, 595
the cycling properties of the Li,Ni,_,
Co,O, electrode, 595 1,1-Difluoroethene
a rechargeable Li/Li,CoO, cell incorpo- modification of lithium/electrolyte
rating a LiCF,SO,-NMP electrolyte, interface by plasma polymerization of
673 1,1-difluoroethene, 377
Composite dimensional manganese oxide Discharge behaviour
(CMDO) modeling the discharge behavior of the
electrochemical and structural studies of lithium/iodine battery, 111
the composite MnO, cathode doped improvement of heavy-drain discharge
with metal oxides, 533 properties of polypyrrole cathode by
Composite insertion electrodes the electro-codeposition of carbon
discharge performance of composite powder, 611
insertion electrodes. Analysis of
discharges of 50 vol.% Li,N/TiS, Electrochemical lithiation
electrodes, 733 inhomogeneous electrochemical lithiation
Copper of V,0.-TeO, binary glasses in a
metal deposition and dissolution moni- propylene carbonate solution, 645
tored by in situ scanning tunneling Electrode reactions
microscopy, 169 volatile products of electrode reactions
Copper oxide in inorganic electrolyte, 727
characterization of Cu,V,O, as cathode Electrodes
material for lithium cells by X-ray lithium-ion rechargeable cells with
and photoelectron spectroscopy, LiCoO, and carbon electrodes, 241
589
electrodes for lithium batteries, 269
Copper sulfide
anodic stability of propylene carbonate
copper(II) sulfide as cathode active ma- on manganese dioxide electrodes, 341
terial in secondary lithium insertion of lithium into RuO,-TiO,
batteries, 701 electrodes, 547
Current density the cycling properties of the Li,Ni,
lithium electrode cycleability and Co,O, electrode, 595 y
morphology dependence on current discharge performance of composite
density, 27 insertion electrodes. Analysis of
Cycleability discharges of 50 vol.% Li,N/TiS,
interfacial phenomena in polymer- electrodes, 733
electrolyte cells: lithium passivation Electrolytes
and cycleability, 9 impedance study of the interfaces
lithium electrode cycleability and between lithium, polyaniline, lithium-
morphology dependence on current doped MnO, and modified
density, 27 poly(ethylene oxide) electrolyte, 83
747
inorganic film-forming electrolyte addi- cells of lithium/iron sulfide system,
tives improving the cycling behaviour 355
of metallic lithium electrodes and space-charge model of the SEI conduc-
the self-discharge of carbon-lithium tion in the Li/SOCI, system, 391
electrodes, 413 investigations on rechargeable lithium
safety study of electrolyte solutions for alloys on the basis of Al-Ni and
lithium batteries by accelerating-rate Al-Mn alloys, 421
calorimetry, 523 insertion of lithium into RuO,-TiO,
electrodes, 547
Glasses the cycling properties of the Li,Ni,
y
inhomogeneous electrochemical lithiation Co,O, electrode, 595
of V,0,-TeO, binary glasses in a development of cylindrical secondary
propylene carbonate solution, 645 lithium/polyaniline batteries, 669
Gold a rechargeable Li/Li,CoO, cell incorpo-
metal deposition and dissolution moni- rating a LiCF,SO,-NMP electrolyte,
tored by in situ scanning tunneling 673
microscopy, 169 an update of the Li metal-free
rechargeable battery based on
Impedance studies Li, ,,Mn,O, cathodes and carbon
impedance study for the interface and anodes, 689
whole battery with PAN-based Lithium/electrolyte interface
polymer electrolyte, 431 behavior of lithium/electrolyte interface
Inorganic electrolytes in organic solutions, 1
lithium-cycling efficiency in inorganic interfacial phenomena in polymer-
electrolyte solution, 405
electrolyte cells: lithium passivation
rechargeable LiCoO, in inorganic
and cycleability, 9
electrolyte solution, 583
effect of cycling on the lithium/electro-
volatile products of electrode reactions
lyte interface in organic electrolytes,
in inorganic electrolyte, 727
21
Iron
modification of lithium/electrolyte
application of FeOQOH derivatives for a
interface by plasma polymerization of
secondary lithium battery, 627
1,1-difluoroethene, 377
Iron sulfide
Lithium/iodine batteries
relationship between composition of the
modeling the discharge behavior of the
electrolyte solutions and energetic
lithium/iodine battery, 111
performance of 1.5 V non-aqueous
Lithium anodes
cells of lithium/iron sulfide system,
355 polymer electrolyte coatings for lithium
anodes in SOCI, cells, 385
Lithium batteries
Lithium
photoelectrochemistry of lithium, 157 electrochemical and spectroscopic
thermal modelling of a high power studies of carbon electrodes in lith-
ium battery electrolyte systems, 47
Li/SOCI, cell with parallel plates,
a new negative electrode matrix, BC,N,
309
a high power lithium thionyl chloride for rechargeable lithium batteries,
75
battery for space applications, 317
conductivity and stability towards impedance study of the interfaces
lithium metal of lithium triflate between lithium, polyaniline, lithium-
doped MnO, and modified
(LiSO,CF,) and lithium bistrifluoro-
sulfonylimide (Li(SO,CF,),N) in poly(ethylene oxide) electrolyte, 83
amines and their mixtures with application of solid-polymer electrolyte
ammonia, 349 in lithium batteries: ultra-thin film
relationship between composition of the battery, 89
electrolyte solutions and energetic fabrication and characterization of
performance of 1.5 V non-aqueous amorphous lithium electrolyte thin
films and rechargeable thin-film nickel Chevrel-phase sulfides Ni,Mo,S,_,
batteries, 103 and Ni,Mo,S,_,O, as the cathode of
parasitic reactions and the balance of lithium secondary batteries, 651
materials in lithium batteries for copper(II) sulfide as cathode active ma-
implantable medical devices, 119 terial in secondary lithium batteries,
thin-film vanadium oxide electrodes for 701
lithium batteries, 127 Lithium—carbon compounds
electrochemical behaviors of Li* ion some aspects on the preparation,
conductor, Li,PO,—Li,S—SiS,, 135 structure and physical and electro-
recent advances in experimental chemical properties of Li,C,, 39
methods applied to lithium battery Lithium—carbon intercalation
researches, 145 electrochemical and spectroscopic
investigation of an electrolyte for studies of carbon electrodes in
lithium secondary batteries with lithium battery electrolyte systems,
lithium-containing manganese dioxide 47
as the positive material, 217 electrochemical study of the passivating
high voltage, rechargeable lithium layer on lithium intercalated carbon
batteries using newly-developed car- electrodes in nonaqueous solvents, 65
bon for negative electrode material, Lithium cells
233 interfacial phenomena in polymer-
safety and reliability studies of primary electrolyte cells: lithium passivation
lithium batteries, 247 and cycleability, 9
electrodes for lithium batteries, 269 effect of cycling on the lithium/electro-
the versatility of MnO, for lithium lyte interface in organic electrolytes,
battery applications, 289 21
ionic transport in passivating layers on a model for the deliverable capacity of
the lithium electrode, 365 the TiS, electrode in a Li/TiS, cell,
studies of carbon as negative electrode 181
materials for secondary lithium a study on electrolytes for manganese
batteries, 399 dioxide-lithium cells, 253
lithium/polymer/polymer solid-state safety aspects in primary high-rate
rechargeable batteries, 453 lithium cells, 259
the Li,TiS,|Li,,_.,CoO, solid-state lithium-cycling efficiency in inorganic
rocking chair battery, 481 electrolyte solution, 405
thermal stability of lithium anodes in an stability of lithiated carbon electrodes in
amorphous V,O,/Li battery system, organic electrolytes, 409
517 characterization of Cu,V,O, as cathode
safety study of electrolyte solutions for material for lithium cells by X-ray
lithium batteries by accelerating-rate and photoelectron spectroscopy, 589
calorimetry, 523 a high performance Li,MnO, cathode
studies of spinel LiCr,Mn,_,O, for material for rechargeable lithium
secondary lithium battery, 539 cells, 681
potassium vanadates — promising relationship of cathode pore-size
materials for secondary lithium distribution and rated capacity in
batteries, 561 Li/MnO, cells, 709
rechargeable y-MnO, for lithium batter- optimized lithium oxyhalide cells, 715
ies using a sulfone-based electrolyte Lithium electrodes
at 150 °C, 569 lithium electrode cycleability and
V,0,S — a new transition metal oxy- morphology dependence on current
sulfide as positive for lithium batter- density, 27
ies, 577 inorganic film-forming electrolyte addi-
thiospinels as cathode for lithium tives improving the cycling behaviour
secondary battery, 619 of metallic lithium electrodes and
application of FeOQOH derivatives for a the self-discharge of carbon—lithium
secondary lithium battery, 627 electrodes, 413
749
polarization behavior of lithium elec- preparation and electrochemical charac-
trode in polymeric solid electrolytes, teristics of new Li-Mn-V-O system
439 aS positive materials for rechargeable
Lithium insertion lithium batteries, 635
lithium insertion into TiS, from various structural and electrochemical character-
electrolytes, 301 istics of a hollandite-type ‘Li,MnO,’,
Lithium intercalation 657
transition metal displacement in Metal deposition
cathodic host structures upon metal deposition and dissolution moni-
lithium intercalation, 277 tored by in situ scanning tunneling
structural and electrochemical character- microscopy, 169
istics of a hollandite-type ‘Li,MnO,’, Metal dissolution
657 metal deposition and dissolution moni-
Lithium oxide tored by in situ scanning tunneling
preparation and electrochemical charac- microscopy, 169
teristics of new Li-Mn—V-O system Metallized separators
aS positive materials for rechargeable metallized microporous polypropylene
lithium batteries, 635 membranes as a support for thin-film
electrodes, 493
Microbatteries
Manganese all-solid-state lithium microbatteries, 487
investigations on rechargeable lithium a thin-film solid-state microbattery, 505
alloys on the basis of Al—Ni and
Al-Mn alloys, 421 Negative electrode
an update of the Li metal-free a new negative electrode matrix, BC,N,
rechargeable battery based on for rechargeable lithium batteries, 75
Li,,,Mn,O, cathodes and carbon high voltage, rechargeable lithium
anodes, 689 batteries using newly-developed car-
Manganese dioxide bon for negative electrode material,
impedance study of the interfaces 233
between lithium, polyaniline, lithium- studies of carbon as negative electrode
doped MnO, and modified materials for secondary lithium bat-
poly(ethylene oxide) electrolyte, 83 teries, 399
investigation of an electrolyte for Nickel
lithium secondary batteries with investigations on rechargeable lithium
lithium-containing manganese dioxide alloys on the basis of Al—Ni and
as the positive material, 217 Al-Mn alloys, 421
a study on electrolytes for manganese nickel Chevrel-phase sulfides Ni,Mo,S,
dioxide—lithium cells, 253 and Ni,Mo,S,_,O, as the cathode of
the versatility of MnO, for lithium lithium secondary batteries, 651
battery applications, 289 Nickel oxide
anodic stability of propylene carbonate Li/Li,NiO, and Li/Li,CoO, rechargeable
on manganese dioxide electrodes, 341 systems: comparative study and
Manganese oxide performance of practical cells, 209
electrochemical and structural studies of the cycling properties of the Li,Ni,
y
the composite MnO, cathode doped Co,O, electrode, 595
with metal oxides, 533 Nitride
studies of spinel LiCr,Mn,_,O, for a new negative electrode matrix, BC,N,
secondary lithium battery, 539 for rechargeable lithium batteries, 75
rechargeable lithium battery with spinel- Non-aqueous cells
related A-MnQ,. I. Synthesis of relationship between composition of the
A-MnO, for battery applications, 551 electrolyte solutions and energetic
rechargeable y-MnO, for lithium batter- performance of 1.5 V non-aqueous
ies using a sulfone-based electrolyte cells of lithium/iron sulfide system,
at 150 °C, 569 355
750
Organic electrolytes Polymer-electrolyte batteries
behavior of lithium/electrolyte interface ambient temperature rechargeable
in organic solutions, 1 polymer-electrolyte batteries, 195
effect of cycling on the lithium/electro- Polymer-electrolyte cells
lyte interface in organic electrolytes, interfacial phenomena in polymer-
21 electrolyte cells: lithium passivation
a rechargeable Li/Li,CoO, cell incorpo- and cycleability, 9
rating a LiCF,SO,—NMP electrolyte, Polymer electrolyte coatings
673 polymer electrolyte coatings for lithium
an update of the Li metal-free anodes in SOCI, cells, 385
rechargeable battery based on Polymer electrolytes
Li,,,Mn,O, cathodes and carbon impedance study for the interface and
anodes, 689 whole battery with PAN-based
Oxyhalide polymer electrolyte, 431
optimized lithium oxyhalide cells, 715 polarization behavior of lithium elec-
Oxysulfide trode in polymeric solid electrolytes,
V,0,S — a new transition metal oxy- 439
sulfide as positive for lithium batter- new conducting polymer networks,
ies, 577 445
lithium/polymer/polymer solid-state
rechargeable batteries, 453
Parasitic reactions two-and three-electrode studies of
parasitic reactions and the balance of cycling in experimental polymer
materials in lithium batteries for electrolyte cells, 461
implantable medical devices, 119 block copolymers of poly(ethylene
Passivating layers oxide) materials for polymer electro-
ionic transport in passivating layers on
lytes (transport properties), 467
the lithium electrode, 365
enhancement of the ionic conductivity
Photoelectrochemistry
and the amorphous state of solid
photoelectrochemistry of lithium, 157
polymer electrolytes for rechargeable
Polarization behaviour
lithium batteries, 473
polarization behavior of lithium elec-
Polypropylene membranes
trode in polymeric solid electrolytes,
439 metallized microporous polypropylene
membranes as a support for thin-film
Polyacrylonitrile
electrodes, 493
impedance study for the interface and
Polypyrrole
whole battery with PAN-based
improvement of heavy-drain discharge
polymer electrolyte, 431
properties of polypyrrole cathode by
Polyaniline
impedance study of the interfaces the electro-codeposition of carbon
between lithium, polyaniline, lithium- powder, 611
doped MnO, and modified Potassium
poly(ethylene oxide) electrolyte, 83 potassium vanadates promising mate-
polyaniline used as a positive in rials for secondary lithium batteries,
solid-state lithium battery, 499 561
development of cylindrical secondary reversible potassium vanadium bronze
lithium/polyaniline batteries, 669 cathodes (K,V,O,,.,) with various
Poly(ethylene oxide) potassium to vanadium ratios, 603
impedance study of the interfaces Propylene carbonate
between lithium, polyaniline, lithium- anodic stability of propylene carbonate
doped MnO, and modified on manganese dioxide electrodes,
poly(ethylene oxide) electrolyte, 83 341
block copolymers of poly(ethylene inhomogeneous electrochemical lithiation
oxide) materials for polymer electro- of V,0,-TeO, binary glasses in a
lytes (transport properties), 467 propylene carbonate solution, 645
751
Rechargeable batteries of metallic lithium electrodes and
an update of the Li metal-free the self-discharge of carbon—lithium
rechargeable battery based on electrodes, 413
Li, ,,Mn,O, cathodes and carbon Solid-electrolyte interface
anodes, 689 space-charge model of the SEI conduc-
Rechargeable lithium batteries tion in the Li/SOCI, system, 391
design concepts of high power bipolar Solid-polymer electrolyte
rechargeable lithium battery, 327 application of solid-polymer electrolyte
enhancement of the ionic conductivity in lithium batteries: ultra-thin film
and the amorphous state of solid battery, 89
polymer electrolytes for rechargeable Solid-state lithium batteries
lithium batteries, 473 electrochemical behaviors of Li* ion
rechargeable lithium battery with spinel- conductor, Li,PO,—Li,S—SiS,, 135
related A-MnOQ,. I. Synthesis of all-solid-state lithium microbatteries,
A-MnO, for battery applications, 551 487
rechargeable LiCoO, in inorganic polyaniline used as a positive in solid-
electrolyte solution, 583
state lithium battery, 499
preparation and electrochemical charac-
a thin-film solid-state microbattery, 505
teristics of new Li-Mn—V-O system
Space applications
as positive materials for rechargeable
a high power lithium thionyl chloride
lithium batteries, 635
battery for space applications, 317
Rechargeable lithium cells
Space-charge model
Li/Li,NiO, and Li/Li,CoO, rechargeable
space-charge model of the SEI conduc-
systems: comparative study and
tion in the Li/SOCI, system, 391
performance of practical cells, 209
Spinel oxides
lithium-ion rechargeable cells with
an update of the Li metal-free
LiCoO, and carbon electrodes, 241
rechargeable battery based on
a rechargeable Li/Li,CoO, cell incorpo-
Li,,,Mn,O, cathodes and carbon
rating a LiCF,SO,-NMP electrolyte,
anodes, 689
673
a high performance Li,MnO, cathode Sulfide glass
material for rechargeable lithium electrochemical behaviors of Li* ion
cells, 681 conductor, Li,PO,—Li,S—SiS,, 135
Reliability Sulfides
safety and reliability studies of primary nickel Chevrel-phase sulfides Ni,Mo,S,
lithium batteries, 247 and Ni,Mo,S,_,O, as the cathode of
Rubidium oxide lithium secondary batteries, 651
insertion of lithium into RuO,-TiO, Sulfone-based electrolytes
electrodes, 547 rechargeable y-MnO, for lithium batter-
ies using a sulfone-based electrolyte
Safety at 150 °C, 569
safety and reliability studies of primary
lithium batteries, 247
safety aspects in primary high-rate Tellurium oxide
lithium cells, 259 inhomogeneous electrochemical lithiation
safety study of electrolyte solutions for of V,O.-TeO, binary glasses in a
lithium batteries by accelerating-rate propylene carbonate solution, 645
calorimetry, 523 Thermal modelling
Sealed minicells thermal modelling of a high power
recent advances in experimental Li/SOCI, cell with parallel plates,
methods applied to lithium battery 309
researches, 145 Thermal stability
Self-discharge thermal stability of lithium anodes in an
inorganic film-forming electrolyte addi- amorphous V,O,/Li battery system,
tives improving the cycling behaviour 517
752
Thin-film batteries Transition metals
fabrication and characterization of the SWING system, a nonaqueous
amorphous lithium electrolyte thin rechargeable carbon/metal oxide cell,
films and rechargeable thin-film 223
batteries, 103 transition metal displacement in
thin-film vanadium oxide electrodes for cathodic host structures upon lithium
lithium batteries, 127 intercalation, 277
Thin-film electrodes
metallized microporous polypropylene Ultra-thin lithium batteries
membranes as a support for thin-film application of solid-polymer electrolyte
electrodes, 493 in lithium batteries: ultra-thin film
Thionyl chloride battery, 89
thermal modelling of a high power
Vanadium
Li/SOCI, cell with parallel plates,
309 potassium vanadates — promising mate-
rials for secondary lithium batteries,
a high power lithium thionyl chloride
561
battery for space applications,
V,0,S — a new transition metal oxy-
317
sulfide as positive for lithium batter-
polymer electrolyte coatings for lithium
ies, 577
anodes in SOC], cells, 385
reversible potassium vanadium bronze
space-charge model of the SEI conduc-
cathodes (K,V,O,;,,,) with various
tion in the Li/SOCI, system, 391
potassium to vanadium ratios, 603
Thiospinels
Vanadium oxides
thiospinels as cathode for lithium
thermal stability of lithium anodes in an
secondary battery, 619
amorphous V,O,/Li battery system,
Titanium disulfide 517
a model for the deliverable capacity of characterization of Cu,V,O, as cathode
the TiS, electrode in a Li/TiS, cell, material for lithium cells by X-ray
181
and photoelectron spectroscopy, 589
lithium insertion into TiS, from various preparation and electrochemical charac-
electrolytes, 301 teristics of new Li-Mn-V-—O system
design concepts of high power bipolar as positive materials for rechargeable
rechargeable lithium battery, lithium batteries, 635
327 inhomogeneous electrochemical lithiation
the Li,TiS,|Lig _,.CoO, solid-state of V,0;-TeO, binary glasses in a
rocking chair battery, 481 propylene carbonate solution, 645
Titanium oxide Vanadium oxide electrodes
insertion of lithium into RuO,-TiO, thin-film vanadium oxide electrodes for
electrodes, 547 lithium batteries, 127