The dose absorbed by the material during sterilization depends on the geometry of the sample and its position in relation to the source.
Variations in glenoid design (conformity, thickness), biomechanics (joint kinematics), and UHMWPE material selection (sterilization, cross-linking) distinguish total shoulder replacements from hip and knee arthroplasty devices.
Generally, oxygen species is one of the most important materials for sterilization which has been mentioned in many reports on plasma sterilization.
Finally, in addition to the number of annealing steps, there are other differences between the materials including: sterilization dose, sterilization method, and UHMWPE resin.
Titanium dioxide (TiO2) photocatalysts have attracted great attention as a material for photocatalytic sterilization in the food and environmental industry.
Concentration, humidity, temperature, and carrier material affect gaseous sterilization of spores.
Thin film deposition, surface etching of materials, and plasma sterilization are some important samples of application of plasma in industry.
Thin film deposition, surface etching of materials, and plasma sterilization are some important samples of the application of plasma in the industry [3, 4, 5].
X-ray conversion is a frequent need for irradiating the products that cannot be processed by electron beams, duo to their limited penetration capacity in materials, in radiation sterilization of disposable healthcare products and food irradiation.
The advantages of the present biodetoxification by A. resinae ZN1 over the known detoxification methods include zero energy input, zero wastewater generation, complete toxin degradation, processing on solid pretreated material, no need for sterilization and a wide lignocellulose feedstock spectrum.
The advantages over the known biodetoxification include zero energy input, zero wastewater generation, complete toxin degradation, processing on solid pretreated material, no need for sterilization and a wide lignocellulose feedstock spectrum.
