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基于PLC 的真空烘干炉控制系统设计
金亚玲, 刘磊
design of the vacuum drying furnace control system, the detailed system design process, I/O configuration
Водотрубно-дымогарный котел: числовое компьютерное моделирование и эксперимент
Каныгин, А. В.
Furnace configuration
Modernization of Chamber Furnace Electric Equipment
Panishev S.A., Gritsenko A.V., Buyvol P.A.
control system for a chamber resistance furnace. A furnace model is developed in the VisSim software
Особенности теплообмена в печи для одностадийной кислородно-факельной автогенной плавки медных сульфидных концентратов
Скуратов, А.П., Парецкий, В.М., Скуратова, С.Д., Skuratov, Alexander P., Pareckiy, Valery M., Skuratova, Svetlana D.
in oxygen fuel-fired furnaces for blister copper (white matte) melting are stated. The pre-design furnace
Intelligent Decision Making Method for BDM of Operating Parametersin Blast Furnace Iron-Making Process
Wang, L.
Burden distribution at the furnace throat plays an important role in blast furnace (BF) iron
Shadow spectral filming: A method of investigating electrothermal atomization. Part 3. Dynamics of longitudinal propagation of an analyte within graphite furnaces
Gilmutdinov A., Zakharov Y., Voloshin A.
transfer and adsorption-condensation of the vapour on the wall) during atomization in a graphite furnace
Combined Energy Supply for Sixty-Two Heliostats of the Big Solar Furnace
Kuchkarov, Akmaljon A., Muminov, Shermuhammad A., Abdurakhmanov, Abdujabbar A., Кучкаров, А.А., Муминов, Ш.А., Абдурахманов, А.А.
Combined Energy Supply for Sixty-Two Heliostats of the Big Solar Furnace
Interference-free determination of arsenic in urine by atomic absorption using two-stage probe atomization in a graphite furnace
Irisov D.S., Musin R.K., Zakharov Y.A.
and graphite furnace atomic absorption spectrometry are presently used to determine total arsenic in urine
Digital imaging of formation and dissipation processes for atoms and molecules and condensed-phase species in graphite furnace atomic absorption spectrometry: A review
Hughes D., Chakrabarti C., Lamoureux M., Hutton J., Goltz D., Sturgeon R., Grégoire D., Gilmutdinov A.
of selected analytes, matrices, and chemical modifiers in graphite furnace atomic absorption spectrometry
Shadow spectral filming: A method of investigating electrothermal atomization. Part 3. Dynamics of longitudinal propagation of an analyte within graphite furnaces
Gilmutdinov A., Zakharov Y., Voloshin A.
transfer and adsorption-condensation of the vapour on the wall) during atomization in a graphite furnace

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