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The semi logarithmic plots of concentration data gave a straight line as shown in Fig 5.
Since TiO2 is sensitized by Rose Bengal which has number of electron withdrawing groups, the degradation of J-acid occurs via photo-reduction according to Eq. 1 rather than by photo-oxidation leading to the formation of OH radicals which diffuse more rapidly in alkaline medium than in the acidic medium as reported in the literature [8].

The ongoing research at the CSIR is aiming to produce titanium by the continuous reduction of titanium tetrachloride with an alkali metal.
The data for heat transfer coefficient in a bubble column operated with heat transfer oil 32 is not available in the literature.

Glass turbidity, i.e. the entropy reduction, is a degradation process which lowers reliability.
This choice can be made on the basis of both physical principles and the results of statistical processing of data obtained during testing of nanodevices.

Table 7 Modulus of rupture of tested specimens Concrete type Modulus of rupture (MPa) Percentage of improvement (%) 0 % SCBA 3.22 Reference specimen 3 % SCBA 3.61 12.11 5 % SCBA 4.01 24.53 7 % SCBA 4.72 46.58 10 % SCBA 4.96 54.04 Slump test Through the data in Table 8, it shows there is a significant increase of the slump values for different types of concrete.
The amount of reduction is about (13.76) %, (13.24) % and (11.94) % for in comparison to specimen at 28°C.

According to data from 2018, 9.4 million tonnes of plastic garbage were gathered in Europe for recycling, whereas 359 million tonnes of various plastic materials were manufactured globally during that same year [6,7].
Gomez-Alvarez & et, al., NANOCOMPOSITES OF ZINC OXIDE ON GRAPHENE OXIDE: A RAPID REDUCTION OF GRAPHENE OXIDE, Digest Journal of Nanomaterials and Biostructures.2021,16, 101 – 107

Introduction In 3D printing objects are created layer by layer using CAD data, eliminating the need for machining during assembly.
Residual Stresses: Bellini et al. in 2021 revealed that annealing per layer resulted in reduction of stress by approximately 90% towards the lower layer of the component.

The category of engineering cybernetics' theory is as follows: 1) System identification and information processing To analyze delicately for the measured physical signals using theory and technology of mode identification; and representing the results using text or diagram so that their meanings can be understood accurately. 2) Modeling To abstract the essence of controlled engineering object based on experimental data and using mathematic methods. 3) Optimum Control To study the principles and methods to reach the object of control with lowest cost. 4) Self-evolution To give Self-evolution ability to a system so that the system can change its structure and parameters, and even can develop new functions based on the changed environmental conditions or according to the instructed assignment. 5) Fault tolerance system To introduce to a system a fault tolerance subsystem with the following functions such as self-diagnosis, error detecting and correcting
Abnormal Conditions and Tendency Engineering Cases Mechanism Study CCoommppaarriissoonn－－DDiiaaggnnoossiiss IInntteelllliiggeenntt DDiicciissiioonn Table 2 Functions of the Self-recovery System for Centrifugal Compressor Self-recovery Function Self-recovery Power Self-recovery Mechanism Actuator Limitation Auto-balancing of rotor adaptive regulation Compensating deflection Auto-balancing head (hydraulic or electromagnetic) Efficiency losses Axial displacement regulation Excitation response Counteracting disturbance Pressure difference adjusting on balance piston or axial electromagnetic equipment Liquids get into compressor Swirl break Excitation response Counteracting disturbance Suction unit Efficiency losses Subsynchronous vibration Excitation response Counteracting disturbance Radial force unit like electromagnetic force or squeeze oil film damper False regulation Low-frequency vibration reduction

One important remaining problem is inadequate interaction between polymer and cells, leading to in vivo foreign body reactions. 4, 5 Approaches to improve biomaterials include reduction of non-specific protein adsorption, enhancement of adsorption of specific proteins, and surface modification and immobilization of cell recognition motives to obtain controlled interactions between cells and synthetic materials. 6-14 In this paper, an amphiphilic triblock copolymer, poly(methoxy ethylene glycol)-poly(L-lactide)- poly(L-lysine) (MPEG-b-PLLA-b-PLL) was synthesized via sequential polymerization of PLLA onto MPEG, followed by ring opening polymerization of PLL onto the functionalized chain end.
Using the XPS data it is possible to propose possible structures of the surface of the films.

The procedure correctness has been proven just recently for the С60F48 adduct, related to the 24 th step of the fluorine molecule addition, whose structure perfectly suits the experimental X-Ray data for the crystal [32].
Being undergone to the reduction near the cathode, the EA group would be pushed to the anode causing the ligand rotation in the manner discussed above.

One of the major beneficial effects seem however to be associated with the reduction of the poisoning effect of sulphur segregating at the scale/metal interface [17,18].
Table 3 gathers the diffusion coefficients of the major alloying elements present in CMSX-4 calculated from the data obtained in pure nickel [26] and in a Waspaloy alloy [30].