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Online since: November 2014
Authors: Zhi Zhang
Network communication method is fundamental to guarantee the communication data for efficient transmission[1].
In the card, there are buffers for receiving data, the buffer is a ring of Fifo, the page is the basic unit of the buffer.
When the current page data is read by the program, BNRY will automatically add 1.
The ICMP protocol only needs to support the echo protocol, then, it can response to the Ping data packet.
When the device receives the incidental sequence code data, it needs to reply to confirm the sequence code.
In the card, there are buffers for receiving data, the buffer is a ring of Fifo, the page is the basic unit of the buffer.
When the current page data is read by the program, BNRY will automatically add 1.
The ICMP protocol only needs to support the echo protocol, then, it can response to the Ping data packet.
When the device receives the incidental sequence code data, it needs to reply to confirm the sequence code.
Online since: April 2014
Authors: Jun Zhou
Obviously, the reduction of test data would cause the reduction of data accuracy rating, and some quality problems and potential safety hazard would be disregarded at the same time.
In addition, this paper adopts test data based on tire laterodeviation characteristic, and chooses UA tire model which considers tire laterodeviation characteristic of sideslip[3].
In addition, we can also throw countertorque in main speed reduction gear to reduce the speed.
In the experiment, V1 are got 1, 1.05, 1.1, and 1.15 to proceed gradually, and we overlay every obtained test results data curve.
From Fig. 8 to Fig. 11 are repeated test data overlay speed, course angle, deceleration and lateral displacement curve graph.
In addition, this paper adopts test data based on tire laterodeviation characteristic, and chooses UA tire model which considers tire laterodeviation characteristic of sideslip[3].
In addition, we can also throw countertorque in main speed reduction gear to reduce the speed.
In the experiment, V1 are got 1, 1.05, 1.1, and 1.15 to proceed gradually, and we overlay every obtained test results data curve.
From Fig. 8 to Fig. 11 are repeated test data overlay speed, course angle, deceleration and lateral displacement curve graph.
Online since: September 2005
Authors: I. Samajdar, Bert Verlinden, D.N. Wasnik, P. Ahmedavadi, Vivekanand Kain, P.K. Dey
This was cold rolled to
different reductions (20-80%) by unidirectional and by cross rolling and then solution
annealed (1050°C, 1h).
OIM (Orientation Imaging Microscopy) data acquisition and analysis were carried out with the standard TSL (Tex-Scan Ltd.) package.
The solution annealing followed by cold the respective cold reductions caused a consistent pattern of grain boundary randomization with increase in the reduction percentage, see table I.
Optical micrographs of cross sectional surfaces of type 304 stainless steel tested as per G-123 ASTM, showing typical (a) initiation as intergranular crack, (b) propagation as mixed mode (intergranular and transgranular) crack of samples with lower percentage of reduction, and (c) no crack in most region of samples with high percentage (80%) of reduction in thickness.
Material and Condition Fraction of Random boundaries Time of Testing (h) Type of Crack Annealed 0.32 144 TG 20% reduction + annealed + sensitized 0.46 144 IG 40% reduction + annealed + sensitized 0.51 144 IG 60% reduction + annealed + sensitized 0.72 144 IG 80% reduction + annealed + sensitized 0.77 144 TG 0 1 2 3 4 5 6 7 8 9 10 0.024 0.026 0.028 0.03 0.032 0.034 0.036 0.038 0.04 Effective Grain Boundary Energy [((Σγifi)4/d))/γmax] /micron DL-EPR Ratio 304-U 304-CR Figure 4.
OIM (Orientation Imaging Microscopy) data acquisition and analysis were carried out with the standard TSL (Tex-Scan Ltd.) package.
The solution annealing followed by cold the respective cold reductions caused a consistent pattern of grain boundary randomization with increase in the reduction percentage, see table I.
Optical micrographs of cross sectional surfaces of type 304 stainless steel tested as per G-123 ASTM, showing typical (a) initiation as intergranular crack, (b) propagation as mixed mode (intergranular and transgranular) crack of samples with lower percentage of reduction, and (c) no crack in most region of samples with high percentage (80%) of reduction in thickness.
Material and Condition Fraction of Random boundaries Time of Testing (h) Type of Crack Annealed 0.32 144 TG 20% reduction + annealed + sensitized 0.46 144 IG 40% reduction + annealed + sensitized 0.51 144 IG 60% reduction + annealed + sensitized 0.72 144 IG 80% reduction + annealed + sensitized 0.77 144 TG 0 1 2 3 4 5 6 7 8 9 10 0.024 0.026 0.028 0.03 0.032 0.034 0.036 0.038 0.04 Effective Grain Boundary Energy [((Σγifi)4/d))/γmax] /micron DL-EPR Ratio 304-U 304-CR Figure 4.
Online since: July 2015
Authors: Haslenda Hashim, Syaza Izyanni Ahmad, Mimi Haryani Hassim
In this study, data for processes and chemicals involved in petrochemical industry is used.
The data for every parameters was then analyzed for their mean values which is used as the k-value in Eq. (3).
Aside from mean values, the data was also analyzed in order to obtain the lowest as well as the highest parameter values.
As mentioned previously, all three equations that is Eq. (1), (2) and (3) is based on the data gathered.
In this study, data from the petrochemical industry is used.
The data for every parameters was then analyzed for their mean values which is used as the k-value in Eq. (3).
Aside from mean values, the data was also analyzed in order to obtain the lowest as well as the highest parameter values.
As mentioned previously, all three equations that is Eq. (1), (2) and (3) is based on the data gathered.
In this study, data from the petrochemical industry is used.
Online since: December 2024
Authors: Muhammad Hammad Rasool, Maqsood Ahmad, Husnain Ali, Nimra Tariq Bajwa, Numair Ahmed Siddiqui
These metrics underscore the precision of the pH measurements, instilling confidence in the reliability of the acquired data.
This temperature-dependent behavior can be attributed to the reduction in viscosity and density at elevated temperatures.
The collected data serves as a foundational step for optimizing the performance of L-Ascorbic Acid -NADES, allowing for the customization of their properties to suit specific applications.
Ahmad, Synthesis and physico-chemical characterization of novel Epsom salt based natural deep eutectic solvent, Chemical Data Collections, 44 (2023) 101004
Deutsch, Ascorbic acid and dehydroascorbic acid interconversion without net oxidation or reduction, Analytical biochemistry, 247 (1997) 58-62
This temperature-dependent behavior can be attributed to the reduction in viscosity and density at elevated temperatures.
The collected data serves as a foundational step for optimizing the performance of L-Ascorbic Acid -NADES, allowing for the customization of their properties to suit specific applications.
Ahmad, Synthesis and physico-chemical characterization of novel Epsom salt based natural deep eutectic solvent, Chemical Data Collections, 44 (2023) 101004
Deutsch, Ascorbic acid and dehydroascorbic acid interconversion without net oxidation or reduction, Analytical biochemistry, 247 (1997) 58-62
Online since: June 2015
Authors: Yu Ming Zhang, Ji Chao Hu, Ren Xu Jia, Yue Hu Wang, Bin Xin
An overall reduction of defects was observed with decreasing growth pressure while the surface roughness increased.
Another issue is 4H-SiC epilayers grown on 4°off-axis substrates at high rates usually suffer from step-bunching and triangular extended defects [12,13] even though 4° off-angle substrates have attracted much attention because of the reduction in basal plane dislocations (BPDs) density and waste of ingots, especially for the large diameter ones.
An overall reduction of defects was observed with decreasing growth pressure.
Findlay, SI Chemical Data, 4th ed.; John Wiley & Sons: Australia, (1998); p.115 [9] S.
Another issue is 4H-SiC epilayers grown on 4°off-axis substrates at high rates usually suffer from step-bunching and triangular extended defects [12,13] even though 4° off-angle substrates have attracted much attention because of the reduction in basal plane dislocations (BPDs) density and waste of ingots, especially for the large diameter ones.
An overall reduction of defects was observed with decreasing growth pressure.
Findlay, SI Chemical Data, 4th ed.; John Wiley & Sons: Australia, (1998); p.115 [9] S.
Online since: June 2015
Authors: Kai Yap Pan, Manizheh Navasery, Lim Kean Pah, Soo Kien Chen, Mohd Mustafa Awang Kechik, Abdul H. Shaari
Refinement was done on the XRD data obtained.
Resistivity experienced a reduction trend and Tp shifted to higher temperature as the sintering temperature increased.
The XRD data was further analyzed by Rietvald refinement.
The grain growth promotion from LS650 to LS950 led to a reduction in grain boundaries, which act as magnetic disorder layers, and thus enhanced the ferromagnetic behavior of the samples [14].
Resistivity experienced a reduction trend and Tp shifted to higher temperature as the sintering temperature increased.
The XRD data was further analyzed by Rietvald refinement.
The grain growth promotion from LS650 to LS950 led to a reduction in grain boundaries, which act as magnetic disorder layers, and thus enhanced the ferromagnetic behavior of the samples [14].
Online since: July 2014
Authors: Yong Mei Qian, Ya Jun Yin, Guang Han Xu
Strength reduction method based on numerical simulation technology changes this situation.
In the strength reduction method, safety factor of slope stability is defined as: While the slope just reaches the critical failure state, the degree reduce on rock soil shear strength, that safety factor is defined as ratio of the actual shear strength of rock soil and the shear strength after reduction when happens critical failure.Points of strength reduction method is using type 1, type 2 to adjust the strength indicators and of rock and soil ( in the type, is cohesive force after the reduction, is friction angle after the reduction, is reduction factor), then make numerical analysis for the slope stability, continuously increase the reduction factor, calculate repeatedly, until it reaches the critical damage, the reduction factor is the factor of safety.
The data as shown in table 2.
In the strength reduction method, safety factor of slope stability is defined as: While the slope just reaches the critical failure state, the degree reduce on rock soil shear strength, that safety factor is defined as ratio of the actual shear strength of rock soil and the shear strength after reduction when happens critical failure.Points of strength reduction method is using type 1, type 2 to adjust the strength indicators and of rock and soil ( in the type, is cohesive force after the reduction, is friction angle after the reduction, is reduction factor), then make numerical analysis for the slope stability, continuously increase the reduction factor, calculate repeatedly, until it reaches the critical damage, the reduction factor is the factor of safety.
The data as shown in table 2.
Online since: July 2015
Authors: Yoon Seok Shin, Gwang Hee Kim
It calcualted data that the air layer thickness has about 3.9 times more impact that the glass thickness in composition of double glass.
First of all, carbon emission trading is expected to begin from 2015, which will lead to an effective reduction in carbon emissions.
Therefore, this study aims to seek the most efficient model to increase energy efficiency by changing windows and doors that have a great impact on energy-saving in a combination of glass and to propose the necessity of remodeling for energy reduction by performing a comparative analysis of the insulation performance of the current windows and doors with those replaced.
The central library is situated at longitude 37.3°N, latitude 127°W and 120m altitude, and the weather data of Suwon was used, and the International Standard Time(Tokyo) +9:00 was also used.
Setting data Item Data Clothing Light Business Suit 1.0 Humidity 60% Lighting Level Office Desk / Work shop 400lux Air Speed Barely Noticeable 0.3m/s Occupancy Reading - 55W Internal Gains Sensible Gain 40 / Latent Gain 60 Infiltraion Rate Air change Rate 0.5 / Wind Sensitivity 0.1 Active System Full Air Conditioning Efficiency 85% Thermostat Range Lower Band 18℃ / Upper Band 26℃ Hours of Operation On 09:00 / Off 22:00 Analysis It shows the cooling and heating load according to the combination of double glass.
First of all, carbon emission trading is expected to begin from 2015, which will lead to an effective reduction in carbon emissions.
Therefore, this study aims to seek the most efficient model to increase energy efficiency by changing windows and doors that have a great impact on energy-saving in a combination of glass and to propose the necessity of remodeling for energy reduction by performing a comparative analysis of the insulation performance of the current windows and doors with those replaced.
The central library is situated at longitude 37.3°N, latitude 127°W and 120m altitude, and the weather data of Suwon was used, and the International Standard Time(Tokyo) +9:00 was also used.
Setting data Item Data Clothing Light Business Suit 1.0 Humidity 60% Lighting Level Office Desk / Work shop 400lux Air Speed Barely Noticeable 0.3m/s Occupancy Reading - 55W Internal Gains Sensible Gain 40 / Latent Gain 60 Infiltraion Rate Air change Rate 0.5 / Wind Sensitivity 0.1 Active System Full Air Conditioning Efficiency 85% Thermostat Range Lower Band 18℃ / Upper Band 26℃ Hours of Operation On 09:00 / Off 22:00 Analysis It shows the cooling and heating load according to the combination of double glass.
Online since: August 2013
Authors: Jian Jun Cai, Jia Long Sun, Feng Zhang
Relying on experimental test data, the model which had the nonlinear relationship between the effective tensile force and anchorage segment increased stiffness coefficient was established.
Specification [2] suggest that the vertical prestressed calculation with the method of reduction coefficient of 0.6, and considering the construction could not effectively meet the design requirements.
The problem of vertical prestressed tension loss is largely caused by human factors, the nut is not tight, installation factors lead to the vertical prestressed tension reduction.
Fig.4 Measuring of testing field Based on test data and Eq. 7, the theory value of k can be obtained.
in table 1, the following conclusions can be obtained: (1) the k value increased along with the effective tension is nonlinear, the main reason is that nut bite more and more tight. (2) at the same level of tension, the action of a first order modal frequency w diminishing with the increase of the exposed section of the steel bar length is nonlinear. (3) the theory value k and the finite element solution k are all in the same rule, two groups of data are basic closed.
Specification [2] suggest that the vertical prestressed calculation with the method of reduction coefficient of 0.6, and considering the construction could not effectively meet the design requirements.
The problem of vertical prestressed tension loss is largely caused by human factors, the nut is not tight, installation factors lead to the vertical prestressed tension reduction.
Fig.4 Measuring of testing field Based on test data and Eq. 7, the theory value of k can be obtained.
in table 1, the following conclusions can be obtained: (1) the k value increased along with the effective tension is nonlinear, the main reason is that nut bite more and more tight. (2) at the same level of tension, the action of a first order modal frequency w diminishing with the increase of the exposed section of the steel bar length is nonlinear. (3) the theory value k and the finite element solution k are all in the same rule, two groups of data are basic closed.