The Thermal State of a Packet of Cooled Microrocket Gas-Dynamic Lasers

This work shows the conditions that ensure the efficiency of the device for extracorporeal detoxification using new technologies using magnetically controlled sorbents. The above technique allows calculating and, accordingly, optimizing the parameters of one of the important components of this device - the unit for sorption and removal of toxins from biofluid. A weighted estimate of the required concentration of magnetically controlled sorbents in the biofluid being purified, the amount and concentration of an emulsion containing a magnetically controlled sorbent, and the duration of the procedure ensures the safety and effectiveness of this method of medical care.

Section: Evaluation Of the Parameters Of The Detoxification Systemsupporting

confidence: 57%

Application of Magnetically Controlled Sorbents for Detoxication

Butusova¹

2021

“…In linear problems of statics, in fact, as experiments show, the effect of thin coatings can be neglected. However, in more specific problems (for example, under conditions of finite deformations, nonlinear elasticity), neglecting the effect of thin coatings can lead to significant calculation errors [31][32][33][34][35][36][37]. Significant effects associated with the influence of thin polymer coatings on the stress-strain state of thin-walled metal structures can manifest themselves in stability tests and can be associated with the action of residual stresses.…”

Section: Evaluation Of the Strength Properties Of Coated Metal Elementsmentioning

confidence: 99%

Creation of Polymer Coatings for Improving of Protective Properties of Surfaces

Orekhov¹

2021

In this paper, the preparation of polymer coatings on the surface of metal structural elements is considered to improve their physical, mechanical and strength properties. It is shown that the behavior of substrate samples under mechanical loads can be estimated using mathematical modeling methods. The properties of coatings and the mechanical properties of coated and uncoated metal plates have been evaluated. Methods for constructing mathematical models of metal plates of various structures are proposed.

“…Obtaining quantitative estimates will make it possible to reasonably set the required dosage of magnetically controlled sorbents for a specific detoxification procedure. Important, that temperature conditions can strongly affect the material and its behavior, so, a range of works was devoted to modelling of temperature conditions of materials [28][29][30][31][32][33][34][35][36][37][38]. To achieve the task, it is useful to consider the essence of the used physical phenomenon -adsorption and clarify the meaning of the characteristic parameters describing it.…”

Section: Principles Of Operation Of Magnetically Controlled Sorbentsmentioning

confidence: 99%

Design and Properties of Magnetically Controlled Sorbents

Butusova¹

2021

In this work, the main parameters and advantages of magnetically controlled sorbents are considered. A large surface of nanodispersed magnetically controlled sorbents adsorbs large amounts of toxins, therefore, the consumption of magnetically controlled sorbents in each operation is insignificant. The ability to quickly replace the spent magnetically controlled sorbents in the detoxification apparatus with a new portion of magnetically controlled sorbents increases the reliability, simplicity and ease of use of the method under consideration. The small thickness of the sorbent layer and the availability of the sorbent surface provide almost instantaneous establishment of equilibrium concentrations, which significantly reduces the required processing time for the biofluid and increases the productivity of the purification process.