Search Results - "Vītiņš, Ģ."

Electrical conductivity studies in the system Li2TiO3-Li1.33Ti1.67O4 by Vītiņš, Ģ., Ķizāne, G., Lūsis, A., Tīliks, J.

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Physicochemical processes in blanket ceramic materials by Tı̄liks, J., Ķizāne, G., Vitiņš, A., Vı̄tiņš, Ģ., Meistars, J.

“…Effect of external magnetic field (MF) on important physicochemical processes in ceramic blanket materials, the Li 4SiO 4 (FZK) and Li 2TiO 3 (CEA) ceramic…”
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Li2CuO2 as an additive for capacity enhancement of lithium ion cells by Vitins, G, Raekelboom, E.A, Weller, M.T, Owen, J.R

“…The lithium-rich cuprate Li2CuO2 shows a high specific charge capacity of 320-340 mAh g-1 due to lithium extraction on oxidation up to 4.5 V versus Li…”
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Combinatorial arrays and parallel screening for positive electrode discovery by Spong, A.D, Vitins, G, Guerin, S, Hayden, B.E, Russell, A.E, Owen, John R

“…Combinatorial techniques have been applied to the preparation and screening of positive electrode candidates for lithium batteries. This work describes the…”
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Synthesis and host properties of tetragonal Li2Mn2O4 and Li2Co0.4Mn1.6O4 by WEST, K, VITINS, G, KOKSBANG, R

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Syntheses, Structures, and Preliminary Electrochemistry of the Layered Lithium and Sodium Manganese(IV) Oxides, A2Mn3O7 by Raekelboom, E. A, Hector, A. L, Owen, J, Vitins, G, Weller, M. T

“…Li2Mn3O7 (Mn(IV)) has been obtained, by ion exchange in nonaqueous media, from Na2Mn3O7 prepared at high pressure. The structures of both materials have been…”
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Synthesis and structural and ionic conductivity studies of Na2ZrSi4O11 by VITINS, G, GRINS, J, HÖRLIN, T

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Electrochemical oxidation of borohydride at nano-gold-based electrodes: Application in direct borohydride fuel cells by Coowar, Fazlil A., Vitins, Girts, Mepsted, Gary O., Waring, Susan C., Horsfall, Jacqueline A.

“…Nano-particulate gold-based materials along with commercial gold supported over carbon were investigated as possible alternative electrocatalysts for the…”
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Influence of thin film coatings on the gas sensitivity properties of narrow laser cut gap in In2O3 on glass substrate by VAIVARS, G, KLEPERIS, J, ZUBKANS, J, VITINS, G, LIBERTS, G, LUSIS, A

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Li 2CuO 2 as an additive for capacity enhancement of lithium ion cells by Vitins, G, Raekelboom, E.A, Weller, M.T, Owen, J.R

“…The lithium-rich cuprate Li 2CuO 2 shows a high specific charge capacity of 320–340 mAh g −1 due to lithium extraction on oxidation up to 4.5 V versus Li…”
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Synthesis and host properties of tetragonal Li sub(2)Mn sub(2)O sub(4) and Li sub(2)Co sub(0.4)Mn sub(1.6)O sub(4) by West, K, Vitins, G, Koksbang, R

“…This paper presents synthesis and electrochemical properties of tetragonal lithium manganese dioxide, Li sub(2)Mn sub(2)O sub(4) and its cobalt doped analogue…”
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Synthesis and host properties of tetragonal Li 2Mn 2O 4 and Li 2Co 0.4Mn 1.6O 4 by West, K, Vitins, G, Koksbang, R

“…This paper presents synthesis and electrochemical properties of tetragonal lithium manganese dioxide, Li 2Mn 2O 4 and its cobalt doped analogue Li 2Co 0.4Mn…”
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Syntheses, Structures, and Preliminary Electrochemistry of the Layered Lithium and Sodium Manganese(IV) Oxides, A 2 Mn 3 O 7 by Raekelboom, E. A., Hector, A. L., Owen, J., Vitins, G., Weller, M. T.

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Synthesis and structural and ionic conductivity studies of Na 2ZrSi 4O 11 by Vitins, G., Grins, J., Hörlin, T.

“…The compound Na 2ZrSi 4O 11 has been prepared both by solid state synthesis and by the sol-gel technique via alkoxides. The structure of Na 2ZrSi 4O 11 was…”
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Combinatorial arrays and parallel screening for positive electrode discovery by SPONG, A. D, VITINS, G, GUERIN, S, HAYDEN, B. E, RUSSELL, A. E, OWEN, John R

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Li2CuO2 as an additive for capacity enhancement of lithium ion cells by VITINS, G, RAEKELBOOM, E. A, WELLER, M. T, OWEN, J. R

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Influence of thin film coatings on the gas sensitivity properties of narrow laser cut gap in In 2O 3 on glass substrate by Vaivars, G., Kleperis, J., Zubkans, J., Vitins, G., Liberts, G., Lusis, A.

“…New type resistive/capacitive gas sensitive structures were obtained by using a specially prepared substrate, glass, covered by a thin conducting In 2O 3…”
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Gas-sensitive gap formation by laser ablation in In2O3 layer : application as humidity sensor by KLEPERIS, J, KUNDZINS, M, VITINS, G, EGLITIS, V, VAIVARS, G, LÜSIS, A

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Application Of Sol-gel And Laser Evaporation Methods To Obtain Thin Gas Sensitive Films by Vaivars, G., Kleperis, J., Zubkans, J., Vitins, G., Liberts, G., Lusis, A.

“…New type resistive/capacitative gas sensitive structures were obtained by using a specially prepared substrate- glass, covered by thin conducting In/sub…”
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