Solubility of aluminum, gallium, and indium perchlorates in water

Pestova, O. N.; David’yan, A. G.; Myund, L. A.; Khripun, M. K.

doi:10.1134/s1070363211080020

Cited by 4 publications

(1 citation statement)

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“…Solutions of salts M n+ (ClO 4 ) n with hypoeutectic concentration hardly reveal the nature of a cation. According to the generalised phenomenological model of the aqueous solution structures of electrolytes and cryoscopy results, [25][26][27][28][29] the structure of water is predominant in this concentration range.…”

Section: From the Point Of View Of Hydrogen Bonds Each Studied Solutmentioning

confidence: 99%

Near Infrared Spectral Studies of Aqueous Solutions of Metal Perchlorates in Groups I A, II A, II B, III A and III B of the Periodic Table

Davidian

Kudrev

Myund

et al. 2014

Journal of Near Infrared Spectroscopy

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The purpose of this paper is to reach the maximum energy recovery or maximum cold stream outlet terminal temperature in plate fin heat exchanger (PFHE) with constant volume and heat transfer area for specified maximum pressure drop. This paper presents methodology in surface selection and design of PFHE where full pressure drop utilization is taken as design objective in constant heat exchanger volume and heat transfer area. Several kinds of PFHE with different fin type and geometries and different heat exchanger width, length and height could satisfy the constant volume and area condition. Setting maximum pressure drop could reduce these heat exchangers. While the fin type and dimension of each heat exchanger is extracted due to constant volume-area and pressure drop conditions respectively, the terminal temperature of the heat exchanger would be calculated utilizing thermo-hydraulic modeling of the PFHE. typical gas turbine regenerator is chosen as case study. The methodology is applied to this case s t u d y an d r e s u lt s a r e s h o w n . T h e s u r fa c e s w h i c h r es u l t i n m a x i m u m en e r g y r e c o v e r y a r e specified. In the cases in which energy recovery of some surfaces would be approximately the same, other parameters such as frontal area and flow length will be considered.

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Section: From the Point Of View Of Hydrogen Bonds Each Studied Solutmentioning

confidence: 99%

Near Infrared Spectral Studies of Aqueous Solutions of Metal Perchlorates in Groups I A, II A, II B, III A and III B of the Periodic Table

Davidian

Kudrev

Myund

et al. 2014

Journal of Near Infrared Spectroscopy

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Local dynamics in LiCl–CsCl–D₂O water-in-salt solutions according to NMR relaxation

Baranauskaite

Pestova

Vovk

et al. 2019

Phys. Chem. Chem. Phys.

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Solubility polytherms and eutectic concentrations of scandium, yttrium, and lanthanum perchlorate solutions

et al. 2014

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Solubility of aluminum, gallium, and indium perchlorates in water

Cited by 4 publications

References 1 publication

Near Infrared Spectral Studies of Aqueous Solutions of Metal Perchlorates in Groups I A, II A, II B, III A and III B of the Periodic Table

Near Infrared Spectral Studies of Aqueous Solutions of Metal Perchlorates in Groups I A, II A, II B, III A and III B of the Periodic Table

Local dynamics in LiCl–CsCl–D₂O water-in-salt solutions according to NMR relaxation

Solubility polytherms and eutectic concentrations of scandium, yttrium, and lanthanum perchlorate solutions

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Solubility of aluminum, gallium, and indium perchlorates in water

Cited by 4 publications

References 1 publication

Near Infrared Spectral Studies of Aqueous Solutions of Metal Perchlorates in Groups I A, II A, II B, III A and III B of the Periodic Table

Near Infrared Spectral Studies of Aqueous Solutions of Metal Perchlorates in Groups I A, II A, II B, III A and III B of the Periodic Table

Local dynamics in LiCl–CsCl–D2O water-in-salt solutions according to NMR relaxation

Solubility polytherms and eutectic concentrations of scandium, yttrium, and lanthanum perchlorate solutions

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Product

Resources

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Local dynamics in LiCl–CsCl–D₂O water-in-salt solutions according to NMR relaxation