By making analysis on the problems existing in original treatment process of a chemical industry wastewater treatment plant,the modification scheme for comprehensive treatment of propylene oxide(PO) saponification wastewater by using oil refinery and petrochemical wastewater as dilution water was presented.
In the light of the existing problems in TKD electric control system, this paper puts forward the technical transformation scheme for TKD electric control system, and analyzes on the advantages of JTDK-2N-01S type PLC electric control system and its economic and social benefits.
Through comprehensive analysis of various troubles happened in operation of the 120 valves,the reform scheme for the 120 valves is put forward,and the various testing conditions after the reform are described in detail.
This paper introduced the reform about X62W milling machine with the Mitsubishi FX2N series PLC,stated the system reform scheme,while according to the control requirements and characteristics of X62W milling machine,determined the PLC input and output allocation,on the basis of the relay control circuits,finished the ladder diagram design and debugging.
This paper majors in the slagging of a 670t/h pulverized boiler, using advanced tracing technology to carry cold modularization experiment, studies the characteristic of aerodynamic field at six corner burner region, analyzes the reason of slag, and puts forward reform scheme.
Based on the experiment of SG-420/13.7-M415 boiler's detailed cold-thermal state which produced by Shanghai boiler plant,put forward the burner reconstruction scheme of adapted different coal species. After the project carried out,the coal species adaptability and boiler efficiency improved obviously,and acquired the remarkable economic benefit.
The paper introduces the signal reconstruction scheme for west in/out line of Xinlonghua Rolling Stock Depot of Shanghai Metro line 1,and analyses how to improve operation efficiency of rolling stock out of the depot continuously.
The singularities are avoided througha modification scheme for the estimated plant parameter vector so thatits associated Sylvester matrix is guaranteed to be nonsingular andthen the estimated plant model is controllable.
Minoux's greedy methods are found to create routes that include cycles causing degradation in the quality of the solution; therefore, we propose a simple but effective modification scheme as a cycle elimination strategy.
The chemical modification scheme used to prepare NTA monolayers is depicted in Figure 1.
A new element of the procedure is an original model of the flood cycle in a small river basin used as a first element of the entire rainfall-runoff transformation scheme.
Some basic concepts of Nekhoroshev's theory are adopted; however, because of the finite time horizon considered, the canonical transformation scheme can be stopped with a third-order remainder.
The relevant system behaves numerically unstable and is therefore transformed into a stable one through a specific transformation scheme.
The transformation scheme, i.e., the crystallization to form metastable alumina polymorphs and the final transition to α-Al2O3 with heating was studied by TG-DTA and X-ray diffraction (XRD) using fixed time (FT) method.
Synthetic daily rainfall depths are then generated using sampling methods plus a two step power transformation scheme (TSPT).
In this paper, an efficient Cyclic Prefix (CP) reconstruction scheme is proposed for Single-Carrier systems with Frequency-Domain Equalization (SC-FDE) that employ insufficient length of CP at the transmitter.
In this paper, a Turbo aided Cyclic Prefix (CP) reconstruction scheme, termed Turbo-CPR, is proposed for Single-Carrier systems with Frequency-Domain Equalization (SC-FDE) that employ insufficient CP in the transmitter.
A nonlinear reconstruction scheme based on the Distorted Born Iterative Method (DBIM) is presented to solve two-dimensional inverse scattering problems with metallic scatterers.
In this paper, we propose a 3D Fourier reconstruction scheme to tackle the problem of surface inspection on sputtered glass substrates that contain inhomogeneous textures.
To avoid the problem of back reflection a quasi-real-time reconstruction scheme is adopted.