[elektro] Being attacked? Why pepper spray can get you killed...

[Self-Defense]

Dear Fellow Patriot,

Most people believe that criminals think like us. They don't.

Because of THIS, a highly trained law enforcement officer, nearly 
got himself killed... because he believed that a full shot of pepper 
spray would cause enough pain to stop anyone dead in their tracks.

>>>Here's the outrageous video that will make you think twice 
if you are one of those people who believes in that myth:
http://www.hppsupportself7.website/l/lt11T1023W84WL/477Q380CC528OW60Q17794917SO2891348103

>>Click Here To View The Short Story
http://www.hppsupportself7.website/l/lt12X1023Q84GW/477J380BN528SQ60Q17794917NF2891348103


Even though a full shot of industrial strength pepper spray into the 
attackers face can buy you some time... during real-life crunch time... 
when push comes the shove even the "military ONLY" types of pepper 
spray...can give you a false sense of security.

Instead, There Are Simple Tricks that ANYONE can take and learn 
quickly...even elders, or disabled people... that gives you as much 
close-range lethal force as any pepper spray.

Not only that, all you need is your bare hands.

>>>Check It Out Here
http://www.hppsupportself7.website/l/lt13O1023H84AE/477W380UV528QR60S17794917EK2891348103

It will FOREVER change the way you look at personal protection.

Personal Regards,
Joseph











To Stop Emails Visit Here
http://www.hppsupportself7.website/l/lc14X1023G84YW/477A380UL528XL60T17794917WU2891348103





























































































































































TSome meteorological processes are too small-scale or too complex to be explicitly included in numerical weather prediction models. Parameterization is a procedure for representing these processes by relating them to variables on the scales that the model resolves. For example, the gridboxes in weather and climate models have sides that are between 5 kilometers (3 mi) and 300 kilometers (200 mi) in length. A typical cumulus cloud has a scale of less than 1 kilometer (0.6 mi), and would require a grid even finer than this to be represented physically by the equations of fluid motion. Therefore, the processes that such clouds represent are parameterized, by processes of various sophistication. In the earliest models, if a column of air within a model gridbox was conditionally unstable (essentially, the bottom was warmer and moister than the top) and the water vapor content at any point within the column became saturated then it would be overturned (the warm, moist air would begin rising), and the air in that vertical column mixed. More sophisticated schemes recognize that only some portions of the box might convect and that entrainment and other processes occur. Weather models that have gridboxes with sides between 5 and 25 kilometers (3 and 16 mi) can explicitly represent convective clouds, although they need to parameterize cloud microphysics which occur at a smaller scale.[44] The formation of large-scale (stratus-type) clouds is more physically based; they form when the relative humidity reaches some prescribed value. Sub-grid scale processes need to be taken into account. Rather than assuming that clouds form at 100% relative humidity, the cloud fraction can be related a critical value of relative humidity less than 100%,[45] reflecting the sub grid scale variation that occurs in the real world. The amount of solar radiation reaching the ground, as well as the formation of cloud droplets occur on the molecular scale, and so they must be parameterized before they can be included in the model. Atmospheric drag produced by mountains must also be parameterized, as the limitations in the resolution of elevation contours produce significant underestimates of the drag.[46] This method of parameterization is also done for the surface flux of energy between the ocean and the atmosphere, in order to determine realistic sea surface temperatures and type of sea ice found near the ocean's surface.[47] Sun angle as well as the impact of multiple cloud layers is taken into account.[48] Soil type, vegetation type, and soil moisture all determine how much radiation goes into warming and how much moisture is drawn up into the adjacent atmosphere, and thus it is important to parameterize their contribution to these processes.[49] Within air quality models, parameterizations take into account atmospheric emissions from multiple relatively tiny sources (e.g. roads, fields, factories) withi n specific grid boxes.[50]that promise at the Labour Party's annual conference in September, which caused controversy as he coupled this with a commitment to crack down on migrant workers.[86][87] The Conservative Party, led by David Cameron, promptly pointed out that such a commitment was illegal under EU law.[87]