read the paper again, and if you still disagree with me, read it again. in fact keep reading it until you realize what the captions and conclusion are really talking about. i don't know what else to do to try to explain this to you without getting to technical, i don't know how far in calculus you got so i don't wanna waste time spewing out intense mathematical calculations that nobody will understand. I can assure you that i understand the math and physics talked about in that paper and that it does still apply for our purposes. maybe we wont get a 99% increase in efficiency, and maybe 1% duty cycle isn't the most efficient for growing, but its a start, and thats what im hopefully going to find out.
physicsnole Reviewed by physicsnole on . LED grow lights... input please. Hello guys, I'm exchanging eMails with a representative from a LED company. I asked him if they could produce a custom light for growing, and here's what he told me: Our options are as follow: 940nm, 850nm, 660nm, 630nm, 610nm, 590nm 570nm, 530nm, 510nm, 470nm, 460nm, 400nm and a total of 64 LEDs in the bulb. Rating: 5