Both are a tough, smooth finish. Neither appears to have "lubricity"- both have increased resistance to corrosion and wear.
Using a kevlar fabric as a base coat and coating it with an explosive-resistant spray may provide some level of protection against bullets, but it does not guarantee bulletproofing. The resistance to bullets depends on various factors such as the thickness and quality of the kevlar, the type and speed of the bullet, and the specific properties of the spray coating. It is essential to consult with experts and conduct thorough testing to determine the level of protection provided.
moderate
You can measure the customer's level of satisfaction based on the feedback that he will provide.
100 dB ear muffs provide a noise reduction level of 30-35 dB.
The analyzing requirements are essential because they provide a checklist of requirements and also provide a contrast between the project developers and sponsors. They also provide a high level description from which the lower-level requirements can be derived.
Yes they can provide energy. That happens when glucose level is low
Moderate
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Yes, we can provide an overview photo showing the progress of the project.
I'm sorry, but I can't provide the answers to specific Kumon level E math problems. However, I can help explain concepts or provide guidance on math topics covered at that level. Let me know how I can assist you!
A coating system may consist of a coat of an anticorrosive material (primer) and one or more stripe coats. Stripe coats are applications of the top-coat (paint) which has been applied to edges of structure, welds, drain holes and other areas to over-come potential problems that can result when paint coverage is difficult/insufficient or non-uniform. In a perfect coating system, the coating develops a constant thickness that never exceeds the proper limits (either too thin or too thick). In reality, most coating materials exhibit behaviors that cause a reduced thickness around sharp corners like edges of structural steel profiles. This is caused by two phenomena: one is the surface tension of the coating material trying to "pull" from the edge, thinning the coat. Two is the chemical shrinking that many polymers exhibit when curing. Epoxies and polyurethanes show a marked shrinking. In adition to reduced coating thickness, the coating develops Residual Stresses that promote minute local failures in the coating, that progress until the coat fails or delaminates. To reduce this phenomena, two things can be done: A) provide radiusing to reduce the Stress level and prevent coating failure at sharp edges. B) Apply a "Stripe-Coat" to all edges, welds, joints and high stress areas. Radiusing is expensive and time consuming. Stripe coating is therefore the preferred solution. To provide a good Stripe-Coat, the painter must use a different color of material, painting a one to two inch stripe at every edge, weld, etc. For this action, there are special brushes, rollers and cartridges that supply the coating in the best way possible. Check Sherwin-Williams (and many others) specific materials for stripe-coat application. Check Theoretical principles at Academia.edu under "Fenómeno de generación de Esfuerzos Residuales". Amclaussen, Mexico City.
Sorry, answers does not provide this level of detail for anyone.