Determine the erosion depth per year of a Mylar film placed in the outer surface of a spacecraft oriented in the ram direction at an orbital altitude of 100 ?? during where the average atomic-oxygen number densities is 5 × 108 ????? ??3. The erosion yield of Mylar film is 2.3 × 10−24 ??3 ?????? ????You can also find the question in the image below Exercise 3:Determine the erosion depth per year of a Mylar film placed in the outer surface of a spacecraft oriented inthe ram direction at an orbital altitude of 100 km during where the average atomic-oxygen number densitiescm³is 5 x 108 atomsThe erosion yield of Mylar film is 2.3 × 10-24.cm³oxygen atom

The erosion yield of Mylar film is given 2.3×10-24 cm3/ Oxygen atomThe average atomic-oxygen number…

Determine the erosion depth per year of a Mylar film placed in the outer surface of a spacecraft oriented in the ram direction at an orbital altitude of 100 km during where the average atomic-oxygen number densities is 5 x 108 atoms. The erosion yield of Mylar film is 2.3 × 10-24. cm³ cm³ oxygen atom

Determine the erosion depth per year of a Mylar film placed in the outer surface of a spacecraft oriented in the ram direction at an orbital altitude of 100 km during where the average atomic-oxygen number densities is 5 x 108 atoms. The erosion yield of Mylar film is 2.3 × 10-24. cm³ cm³ oxygen atom