Changes

As  result of the positive results of the chemical protection tests, and the new UV intensity data from [[SSI-28]], a new experiment will be done indoors with UV LEDs that emit light at 365 manometers at a constant intencity. This will be to control for and calculate the exact amount of UV that the latex is being exposed to, in order to determine the proportion of UV concentration to natural sunlight at the desired altitude. The independent variable will be the concentration of chemical spray per area, which will be tested against the independent variable of lifespan, in order determine the ideal amount of Anti-UV Scuba spray to apply onto the balloon.  

As  result of the positive results of the chemical protection tests, and the new UV intensity data from [[SSI-28]], a new experiment will be done indoors with UV LEDs that emit light at 365 manometers at a constant intencity. This will be to control for and calculate the exact amount of UV that the latex is being exposed to, in order to determine the proportion of UV concentration to natural sunlight at the desired altitude. The independent variable will be the concentration of chemical spray per area, which will be tested against the independent variable of lifespan, in order determine the ideal amount of Anti-UV Scuba spray to apply onto the balloon.  

   

   

== Application==

== Chemical application==

Once the ideal concentration of protective chemicals per surface area is determined, an effective method of application will be developed, in order to ensure that the right amount of chemicals are placed on the right area. Current ideas include converting it into an aerosol or soaking the balloon.  

Once the ideal concentration of protective chemicals per surface area is determined, an effective method of application will be developed, in order to ensure that the right amount of chemicals are placed on the right area. Current ideas include converting it into an aerosol or soaking the balloon.