Wedding Flowers : How to Make a Hand Tied Bouquet

Making a hand-tied bouquet involves removing all of the greenery from the flowers, gathering them in a circular pattern and wrapping the stems with double-sided satin ribbon. Create a beautiful hand-tied bridal bouquet with advice from an experienced floral designer in this free video on weddings. Expert: Christine Holanda Contact: www.lilyofthevalleyfloral.com Bio: Christine Holanda is a florist and the owner of Lily of the Valley Floral Design & Gift Shop in La Quinta, Calif. Filmmaker: Gina Miller-Britton

I apologize for talking so much, but this is a delicate process and I wanted to make sure that I got as much explained as possible. This is a tutorial on how to correctly modify your TRUE (or any heatsink for that matter) in order for it to achieve optimal heat transfer with your CPU. FYI: “Lapping” is another way of simply saying sanding in computer lingo. It is done so that you have the flattest surface possible making full contact with your processor (which is also why we lap CPU’s as well-perfect contact between both). TRUE’s have a very high tendency to be crowned in the middle so lapping them is especially useful. The cooling gains aren’t so much seen in the idle temp as much as they are in the load temp (where the heat really starts pumping from an overclock), and in the end that’s what you want. STATISTICS/RESULTS FROM THIS LAP: After lapping just the TRUE, my CPU’s original load temperature dropped by ~8 degrees centigrade. This equated to a 24/7 stable overclock of 3.65GHz. That speed ended up being a 250MHz jump from my prior “un-lapped” OC, which equates to ~7% of a performance increase (up from a previous clock-speed of 3.4GHz). From a stock clock-speed standpoint (going from 2.66 – 3.65GHz), lapping the heatsink resulted in a whopping 37% performance increase. In general CPU’s tend to be pretty flat, so lapping that as well is entirely up to the user. The majority of the greater cooling will come from lapping the heatink, since that is what is dissipating

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