FIELD: chemical engineering.
SUBSTANCE: invention relates to application of finely divided particles (nano-particles) of metal and carboxylates to improve characteristics of heat transfer of liquid heat carriers and antifreeze refrigerating agents. Carboxylates form stable physically fixed or chemisorbed carboxylate protective layer over metallic nano-particles, which does not impede heat transfer.
EFFECT: achieved excellent corrosion protection, improved heat transfer, and increased stability of finely divided particles in suspension.
2 cl, 3 tbl
| Title |
Year |
Author |
Number |
| SYNERGIC CARBOXYLATE COMBINATION FOR USE AS FREEZING TEMPERATURE DEPRESSORS AND CORROSION INHIBITORS IN LIQUID HEAT CARRIERS |
2000 |
|
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| MAGNETORHEOLOGIC COOLANT AND METHOD OF ITS APPLICATION |
2015 |
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|
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2012 |
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|
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2016 |
|
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| COMPOSITION OF FUEL ELEMENT COOLING FLUID CONCENTRATE |
2002 |
- Mas Zhan-P'Er
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|
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| METHOD FOR PROCESSING MAGNETOREOLOGICAL LIQUID-HEAT EXCHANGER |
2016 |
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|
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| USE OF POLYMER-INORGANIC COMPOSITIONS IN FORM OF NANOPARTICLES AS HEAT CARRIER FLUIDS IN STORAGE BATTERY OR OTHER SYSTEMS OF ELECTRICAL EQUIPMENT |
2020 |
- Fischer, Ulrich
- Ness, Daniel
- Wieber, Stephan
- Hagemann, Michael Gerhard
- Schmitt, Guenter
- Schrantz, Jennifer
- Dauth, Katharina
- Turhan, Can Metehan
|
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| METHOD OF PROVIDING HEAT TRANSFER BETWEEN METAL OR NON-METAL PRODUCT AND LIQUID HEAT CARRIER |
2016 |
|
RU2685094C1 |
| STABILIZATION OF HEXAGONAL NANOPARTICLES OF BORON NITRIDE |
2015 |
- Fuerstman, Michael
- Agarwal, Sandip
- Radojcic, Vera
- Lievens, Serge
|
RU2701831C2 |
| METHOD OF PROVIDING HEAT TRANSFER OF NON-METAL OR METAL ARTICLE |
2016 |
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|
RU2695195C1 |
