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Online since: October 2006
Authors: Mufit Akinc, Chuan Ping Li
Kodama and Aoki [23] estimated the number of bound water
layers from DSC melting data.
Analysis of the DSC data indicates that as the fructose concentration increases, the fraction of the bound water decreases.
The surface potential (Ψo) and Debye length (κ -1) values obtained from best fit for the experimental data presented in Figure 5.
This particular set of data should be considered anomalous.
The retraction data showed clearly that pull-off forces in the fructose solution were significantly lower than in pure water.
Analysis of the DSC data indicates that as the fructose concentration increases, the fraction of the bound water decreases.
The surface potential (Ψo) and Debye length (κ -1) values obtained from best fit for the experimental data presented in Figure 5.
This particular set of data should be considered anomalous.
The retraction data showed clearly that pull-off forces in the fructose solution were significantly lower than in pure water.
Online since: October 2011
Authors: Ya Jin Liu, Jiang Guo, Kai Kai Gu
RT-MSTPP mainly includes the following four subsystems: real-time data acquisition system, real-time data management system, data base management system, and human-machine interaction system.
Based on the comprehensive analysis and investigation, and using the existing research results for Reference, the architecture of RT-MSTPP is presented, which consists of the following four subsystems: real-time data acquisition system (RTDAS), real-time data management system (RTDMS), data base management system (DBMS) and human-machine interaction system (HMIS).
The data flow among the subsystems and the control process of the system is shown as Fig. 1.
(2) RTDMS: This subsystem is designed to receive the real-time data from RTDAS, and to realize the lossless compression storage of the data.
This module provides interface for HMIS to query historical data
Based on the comprehensive analysis and investigation, and using the existing research results for Reference, the architecture of RT-MSTPP is presented, which consists of the following four subsystems: real-time data acquisition system (RTDAS), real-time data management system (RTDMS), data base management system (DBMS) and human-machine interaction system (HMIS).
The data flow among the subsystems and the control process of the system is shown as Fig. 1.
(2) RTDMS: This subsystem is designed to receive the real-time data from RTDAS, and to realize the lossless compression storage of the data.
This module provides interface for HMIS to query historical data
Online since: August 2022
Authors: V. Pavitra, H.P. Divya, B.M. Praveen, G. Nagaraju, Udayabhanu Udayabhanu
XRD data indicated the formation of monoclinic and hexagonal crystallite structures for CuO and NiO respectively.
Coupling of CuO and NiO had confirmed by the noticeable colour change after the calcinations. 2.4 Characterization X-ray diffraction (XRD) data had obtained using Rigaku smart lab X-Ray Diffractometer) with copper-Kα irradiation at 40 kv, and current of 25 mA and Fourier transform infrared spectroscopy (FTIR) had analysed using Bruker-alpha FTIR equipment using potassium bromide pellet method used to obtain the elemental information.
By the data obtained, indicated that the formation of monoclinic and hexagonal crystallite structures for CuO and NiO respectively.
Praveen et al., have synthesized CuO-NiO bimetallic oxide NPs by chemical route towards the reduction of Flur dye with the removal of hazardous Cr (VI) [41].
Anbarasan, Synthesis, characterization and catalytic applications of CuO–NiO bimetallic oxide nanoparticles towards the reduction of hazardous pollutants, derivative preparation and cross-linking reaction, Appl.
Coupling of CuO and NiO had confirmed by the noticeable colour change after the calcinations. 2.4 Characterization X-ray diffraction (XRD) data had obtained using Rigaku smart lab X-Ray Diffractometer) with copper-Kα irradiation at 40 kv, and current of 25 mA and Fourier transform infrared spectroscopy (FTIR) had analysed using Bruker-alpha FTIR equipment using potassium bromide pellet method used to obtain the elemental information.
By the data obtained, indicated that the formation of monoclinic and hexagonal crystallite structures for CuO and NiO respectively.
Praveen et al., have synthesized CuO-NiO bimetallic oxide NPs by chemical route towards the reduction of Flur dye with the removal of hazardous Cr (VI) [41].
Anbarasan, Synthesis, characterization and catalytic applications of CuO–NiO bimetallic oxide nanoparticles towards the reduction of hazardous pollutants, derivative preparation and cross-linking reaction, Appl.
Online since: October 2008
Authors: Q.Y. Hu, Xi Lin Zhu, Chun Fu Gao
Therefore, in denoising of wavelet
transform, the border symmetric assumption is needed to the data in the data window.
(7) Choose the middle part data of 0B' , and abandon the border data.
Collect another m data again, and compose them as a data series, which is denoted as A2=[s2m+1,s2m+2...s3m].
Process the data obtained subsequently with wavelet denoising to gain a data series: ...,, 1001 BBA '''' .
This algorithm of extending the data border and adopting the middle part of data after been denoised can avoid border interference caused by the data for output being in the window border in each time.
(7) Choose the middle part data of 0B' , and abandon the border data.
Collect another m data again, and compose them as a data series, which is denoted as A2=[s2m+1,s2m+2...s3m].
Process the data obtained subsequently with wavelet denoising to gain a data series: ...,, 1001 BBA '''' .
This algorithm of extending the data border and adopting the middle part of data after been denoised can avoid border interference caused by the data for output being in the window border in each time.
Online since: February 2014
Authors: Azwar Manaf, Bambang Soegijono, Mas Ayu Elita Hafizah
Data of correlating between nanostructure parameter and biological responces can be used to predic simulately on how nanoparticles behave in that biological system.
There is insignificant reduction in the mean particle size for mechanical milled powders during 70 hours period of time.
Figure 1 also indicates that the significant reduction in mean particle size was obtained after ultrasonic irradiation treatment.
The spectrum represents the methamorphosis of particle size reduction from 6.23 µm after conventional milling for 10 hours.
There is insignificant reduction in the mean particle size for mechanical milled powders during 70 hours period of time.
Figure 1 also indicates that the significant reduction in mean particle size was obtained after ultrasonic irradiation treatment.
The spectrum represents the methamorphosis of particle size reduction from 6.23 µm after conventional milling for 10 hours.
Online since: February 2015
Authors: Jie Chen, Miao Hua Huang
We received the early modeling design automobile aerodynamic coefficients, pressure distribution, velocity contours and other body outflow field data after the CFD post, combined with these data some advice to improve the aerodynamic drag of the designed car are given.
After the high accuracy computer calculation, the obtained data reflect the air drag coefficient and the flow field distribution around the vehicle.
Drag reduction on the 25°Slant angle Ahmed reference body using pulsed jets.
After the high accuracy computer calculation, the obtained data reflect the air drag coefficient and the flow field distribution around the vehicle.
Drag reduction on the 25°Slant angle Ahmed reference body using pulsed jets.
Online since: July 2014
Authors: Chang Yang, Hao Li, Rong Chun Zhang, Peng Gao
The virtual city 3D model needs a lot of data.
Because only graphic data can be stored in AutoCAD,the method pays attention to separating graphics data and the graphic datain the data collection.
Set up texture lab Acquisition and processing of texture data.There are two main types of texture data acquisition method.
Graphics processing operations mainly includes: distortion correction, removing the mask, image enhancement, and data redundancy reduction.
Read data via automatic programming, batch processing of the model and reduce the workload and the amount of data that scene.
Because only graphic data can be stored in AutoCAD,the method pays attention to separating graphics data and the graphic datain the data collection.
Set up texture lab Acquisition and processing of texture data.There are two main types of texture data acquisition method.
Graphics processing operations mainly includes: distortion correction, removing the mask, image enhancement, and data redundancy reduction.
Read data via automatic programming, batch processing of the model and reduce the workload and the amount of data that scene.
Online since: March 2009
Authors: Diane J. Mynors, Martin English, Michael Castellucci
This grading would be qualified by production measures
established by the shop floor data collection.
The data is ranked by the delivery date, which is the last time the product was roll formed.
This maintains the reliability and integrity of the Profile Database data.
The section profile types define the dimensional data that is stored and which can be searched on.
All data from the feedback report is logged and the Tooling Designer is provided with a copy.
The data is ranked by the delivery date, which is the last time the product was roll formed.
This maintains the reliability and integrity of the Profile Database data.
The section profile types define the dimensional data that is stored and which can be searched on.
All data from the feedback report is logged and the Tooling Designer is provided with a copy.
Online since: February 2013
Authors: Li Ning Wu, Zong Qi Liu, Jie Ji, Meng Si Tan, Jian Hua Zhang, Yong Tao Shen
(1) Data preprocessing.
Among large numbers of history wind speed data which is influenced by various factors, there are also some abnormal data.
Analysis of Examples Based on the wind speeds in reference [10] as historical data ( sampling one point every 10 minutes), this paper uses the method of processing data in reference [10], utilizes SAS software to search and revise singular values and missing values of the data, thus getting comparatively accurate data.
Considering the data quantity is relatively less, this paper only analyzes and revises the 1-hour-forecast data.
Based on the fitting data of wind speed time series model, it can be seen that the last historical data point was in state 4.
Among large numbers of history wind speed data which is influenced by various factors, there are also some abnormal data.
Analysis of Examples Based on the wind speeds in reference [10] as historical data ( sampling one point every 10 minutes), this paper uses the method of processing data in reference [10], utilizes SAS software to search and revise singular values and missing values of the data, thus getting comparatively accurate data.
Considering the data quantity is relatively less, this paper only analyzes and revises the 1-hour-forecast data.
Based on the fitting data of wind speed time series model, it can be seen that the last historical data point was in state 4.
Online since: March 2011
Authors: Chun E Kan, Yu Chuan Chang
Field experiment and historical data were obtained for a two-tank model parameter estimation and verification.
Analysis on Effect of Detention-Pond on Reduction of Flooding Potential around the Tainan Scientific Base Industrial Park, Journal of Chinese Institute of Civil and Hydraulic Engineering 19 (2): 189-198
Model analysis of runoff load reduction from paddy fields through recycling irrigation, National Institute for Rural Engineering 24: 1-2
Analysis on Effect of Detention-Pond on Reduction of Flooding Potential around the Tainan Scientific Base Industrial Park, Journal of Chinese Institute of Civil and Hydraulic Engineering 19 (2): 189-198
Model analysis of runoff load reduction from paddy fields through recycling irrigation, National Institute for Rural Engineering 24: 1-2