Titlebook: High-solid and Multi-phase Bioprocess Engineering; Theory and Practice Hongzhang Chen Book 2018 Springer Nature Singapore Pte Ltd. 2018 Mul

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Periodic Intensification Principles and Methods of High-solid and Multi-phase Bioprocess, affect microbial growth and metabolism in high-solid and multi-phase bioprocess. In this chapter, periodic intensification principle is proposed based on microbial physiology and biochemistry properties. Novel periodic intensification methods such as periodic peristalsis and gas double dynamic (GDD

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Design and Scale-up of High-solid and Multi-phase Bioprocess,ere is new requirement for solid-state reactor and large-scale solid materials conveyor devices. In this chapter, the rheological characteristics of high-solid enzymatic hydrolysis system were analyzed and the transfer and seepage laws in the porous solid medium were revealed. Agitation and intensif

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Industrial Application of High-solid and Multi-phase Bioprocess,d. In cellulosic ethanol production, selective fractionation and oriented conversion of lignocellulose based on steam explosion is the core of the whole technology. Selective fractionation is realized by steam explosion and whole components of lignocellulose are effectively used. Gas double-dynamic

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maritime landscape of the Manila-Acapulco trade. Study of the Manila-Acapulco trading networks is a subject of growing archaeological interest, pursued by scholars in the Pacific Rim countries (Robert .; Wu .). This applies especially to archaeological study of ceramic exports from Japan, as illustr

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Hongzhang Chenin the northern Deseado Massif, allows to improve the knowledge about the palaeoenvironmental conditions following the Last Glacial Maximum, and their relationship to the early human occupations. Two climatic events featured the late Pleistocene–early Holocene transition, the Antarctic Cold Reversal

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Longitude

Hongzhang Chentter understanding on the stratigraphic sequence and the environmental conditions during the human occupations of this site. The lithological and morphological features of the AEP-1 site sedimentary filling consist of two lithostratigraphic units, an aeolian unit and a truncated soil, that suggest a

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