Industrial Process(산업 공정)란 무엇입니까?Industrial Process 산업 공정 - Our results demonstrate the potential to use microorganisms to conduct elemental mining and other bioindustrial processes in space locations with non-1 × g gravity.  Wireless sensor networks have become prolific in a wide range of industrial processes and offer several key advantages over their wired counterparts in terms of positioning flexibility, modularity, interconnectivity, and data routing.  These problems often arise in industrial processes such as oil and gas production, hydrocarbons pipeline transportation, gas-saturated fluids flow in pipelines, etc.  The computational mechanistic studies provide insights that are important for the further modification and utilization of these enzymes in industrial processes.  This study aimed at investigating the functionality of ultrafiltration as an industrial processing method and its effect on the bioactivity of protein hydrolysates.  Of note, this oxysterol is also observed in milk and milk products and is not negatively affected by industrial processing or storage.  202001807 consequences on human health[1,2] and industrial processes[3,4] as well as antibiotics resistance.  IIoT has the potential to enhance the manufacturing process by improving the quality, trace-ability, and integrity of the industrial processes.  In conclusion, the work presented in this thesis thus demonstrates the potential usefulness of ASR to produce enzymes with improved traits, particularly thermostability, which is highly sought-after for industrial processes.  This review summarizes the hydrodynamics played in conventional industrial settings and provides an overview on the relevance of hydrodynamic conditions in biofouling development as well as in the effectiveness of industrial processes.  To solve uncertainties in industrial processes, interval kernel principal component analysis (IKPCA) has been proposed based on symbolic data analysis.  Hydrocarbon detection is a field of great interest in the application of tunable diode lasers as hydrocarbons are fundamental molecules in many industrial processes.  Digestive gland Achatina fulica is source of bioprospecting of glycoside hydrolases enzymes for many biotechnological and industrial processes.  We introduce a simple, fully automated and practical methodology to measure the relative activity of heterogeneous catalysts using probe molecules at operating temperature conditions employed in industrial processes.  ) fruits can be used for fresh consumption, industrial processing, and medicinal purposes.  ABSTRACT Waste heat sources in industrial processes, transport sectors and solar energy generally possess fluctuating and intermittent nature, which presents a great challenge to the steady operation of Organic Rankine Cycle (ORC).  CO emissions mainly originated from industrial processes (40.  The contribution of industrial processes increased for SO2 emission, and decreased slightly for NOX, PM10 and PM2.  ABSTRACT Arsenic (As) occurs naturally in geologic conditions, but groundwater contamination might also be found due to the consequences of mining, agricultural and industrial processes.  This is also an issue for simulations of industrial processes.  Polymer-mediated interactions such as DNA-protein binding, protein aggregation, and filler reinforcement in polymers play crucial roles in many important biological and industrial processes.  Understanding phage evolution by utilizing a combination of phylogenetic approaches provides invaluable information as phages become legitimate alternatives in both human health and industrial processes.  Heterogeneous catalysts represent the backbone of many industrial processes and thus have a considerable societal impact.  Thin film composite (TFC) membranes have been used for industrial processes for several decades without having major problems, but membrane scientists were still making continuous effort over the years to further improve the current membrane performance, aiming to overcome the permeability/selectivity trade-off effect and resistances against fouling, chlorine, and microbial attack.  For an economic production of safe and standardised products from commercially reared insects larvae for food and feed, industrial processing technologies for insects processing are needed.  Protein engineering is the discipline of developing useful proteins for applications in research, therapeutic, and industrial processes by modification of naturally occurring proteins or by invention of de novo proteins.  In this article, a robust canonical variate dissimilarity analysis method is proposed to detect incipient faults for industrial processes with missing value.  Defatted seed meals of oleaginous Brassicaceae, such as Eruca sativa, and potato peel are excellent plant matrices to recover potentially useful biomolecules from industrial processes in a circular strategy perspective aiming at crop protection.  Industrial processes for fabricating hot-dipping aluminum coatings on carbon steels involve problems related to equipment complexity, environmental issues and high energy consumption.  This paper proposes a combination of high frequency ultrasonic techniques to characterize non-invasively the thickness of unwanted powder build-ups that occur in pipes and charge hoppers during industrial processes.  NICFD is encountered in a variety of industrial processes,the most relevant in the power and propulsion sector, and is of interest forfundamental research.  In the industrial process, efforts have been undertaken so far to maximize the hardness of the rail’s head while maintaining its pearlite structure, resulting in obtaining enhanced wear resistance and resistance to the contact fatigue defects initiation.  Therefore, the proposed model is a valuable tool in improving all levels of an industrial process.  This study contributes to the preliminary development of the industrial process in water purification, by introducing novel catalysts having immobilized silver oxide particles.  The sustainability and quality of recycled material are assessed by comparing the final form or composition after the recycling processes, the industrial processes and the industry type (primary sector, manufacturer or recycler).  Supported nano-metal catalysts are widely used in industrial processes.  In industrial processes, a significant amount of waste heat is produced.  Ferroalumina is a low-cost raw material and its possible charging in the blast furnace and/or steelmaking aggregates is a step towards industrial symbiosis, where the wastes, namely by-products, of an industry or an industrial process, become the raw materials for another.  The catalysts with higher accessible active sites and shorter diffusion channels would provide a valuable theoretic reference for the industrial process of the B–V oxidation of cyclohexanone for the preparation of caprolactone.  Received Mar 17, 2021 Revised Apr 29, 2021 Accepted May 28, 2021 In most industrial processes, toxic pollutants and vapors are produced and released, which cause various diseases in people working in industry and irreparable damage to the environment.  Damper and field windings are critical components of wound field synchronous motors (WFSM), where failure can lead to forced outage of the motor and industrial process.  There is a high degree of freedom and flexibility in the way to integrate renewable process heat in industrial processes.  Industrial processes involving thermal plasma such as cutting, welding, laser machining with ultra-short laser pulses (nonequilibrium conditions), high temperature melting using electrical discharge or ion-beams, etc.  Nowadays, industrial processes are vastly automated by means of robotic manipulators. 
Deep learning has been growing in popularity for soft sensor modeling of nonlinear industrial processes, infeuality-related variables.  In order to verify the effectiveness of the employed algorithms, they are applied to the soft sensor modeling instances including the key product output prediction of industrial fluid catalytic cracking unit (FCCU) which is the core unit of the oil secondary operation and product quality (melt index) estimation of sequential reactor-multi-grade (SRMG) industrial process.  In order to provide the stable and reliable prediction of key quality variables for industrial processes with complicated nonlinear characteristic, this paper proposes a Double-level Locally Weighted Extreme Learning Machine (DLWELM) based soft sensor modeling method.  Long and short-term memory (LSTM) has been used in soft-sensor modeling of industrial processes in recent years.  In recent years, deep learning like stacked autoencoder (SAE) has been widely applied to soft sensor modeling for industrial process quality prediction.  With the development of hardware and software, industrial processes have embraced new characteristics, which lead to the poor performance of traditional soft sensor modeling methods. 
The plugging phenomena of particle–fluid two-phase flow systems are omnipresent in industrial processes, usually causing negative consequences.  Gas–liquid two-phase flow is of great importance in various industrial processes.  Multiphase, and in particular two-phase, flows are encountered in a broad range of settings, from highly complex isothermal flows in upstream and midstream oil-and-gas applications, to flows in the presence of heating or cooling and phase change such as in heat exchangers, condensers, evaporators, absorbers and reactors in diverse industrial processes across a wide range of scales.  Two-phase flows are widely encountered in many natural phenomena and industrial processes.  Gas–liquid two-phase flows are encountered in various industrial processes involving high temperatures and high pressures, which necessitates nonintrusive sensing for real-time imaging of phase distribution and flow parameters.  Recognition of flow structure is an important issue in the study of two-phase flow, and it is of great significance for the optimization of industrial processes. 
Waste Heat Recovery at industrial processes becomes more and more important.  High temperature heat pumps (HTHPs) have a great potential to improve industrial processes with thermal demand through industrial waste heat recovery and revalorization.  However, Algeria is also a country with huge potential in terms of both renewable energy sources and industrial processes waste heat recovery.