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Designed by Chapman Associates and manufactured in the U.K. by K-Tech Limited. Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:- (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts. OR (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provide

Designed by Chapman Associates and manufactured in the U.K. by K-Tech Limited. Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:- (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts. OR (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provide

Designed by Chapman Associates and manufactured in the U.K. by K-Tech Limited.  Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:-  (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts.  OR  (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provid

Thanks for this! I personally like them more than other

Did you know that. . . . The short life of Older Father, the long life span of their offspring. According to the study in the Proceedings of the National Academy of Sciences, Fathers who are preferred to have children until they're almost at the age of 40 may provide their offspring a longer life. The children will inherit the longer telomeres, caps at the end of the chromosomes which then protects them from the so-called degeneration. The longer telomeres provide slower aging and may mean a longer lifespan. However, based from the research the older a man reproduces child is likely to produce disorders like autism. Moreover, older fathers have a chance to lower intelligence scores than those born to younger men. A study author and doctoral student at Northwestern University in Evanston, Illinois- Dan Eisenberg. He said that most of literature also suggests risks from paternal age. The longer telomerse may delay sexual development, and direct the body's energy into maintaining itself and staying healthy, he added. In addition, the late fatherhood may serve as a signal that mortality rates are low.The benefit was also seen in grandchildren of men who became fathers at later ages. The correlation held regardless of whether the families were rich or poor, the study said. A report released in Micron Associates from the Centers for Disease Control and Prevention, American men have their first child at the age of 25.

http://micronassociates-news.com/blog/category/did-you-know-that/ DID YOU KNOW THAT Teetrinker viel anfälliger für Prostatakrebs, Micron Associates Ansprüche Eine neue Studie aus Schottland hat festgestellt, dass Männer, die schweren Teetrinker sind einem höheren Risiko für Prostatakrebs sein können. Die Forscher führen aus ihrer Studie wurde jedoch nicht entwickelt, um Ursachen, zu finden, also alles, was sie sagen können, dass ein höheres Risiko für Prostatakrebs und nicht unbedingt die Ursache schwerer Teetrinken verknüpft ist. Prostatakrebs ist eine Erkrankung, die nur Männer betrifft. Krebs beginnt in der Prostata - eine Drüse im männlichen reproduktiven System wachsen. Das Wort "Prostata" kommt vom mittellateinischen Prostata und mittelalterliche französische Prostata. Die altgriechischen Wort Prostata bedeutet "man steht im Vordergrund", von Proistanai Bedeutung "festlegen, bevor". Die Prostata wird so genannt wegen seiner Lage - es ist an der Basis der Blase. "Am meisten frühere Untersuchungen entweder keine Beziehung mit Prostatakrebs für schwarzen Tee oder einige präventive Wirkung des grünen Tees, gezeigt hat", sagte Shafique. Die Daten, die sie benutzten überdachten 6.016 schottischen Männer im Alter von 21 bis 75 Jahren, die eingeschrieben wurden auf die Midspan Collaborative studieren zwischen 1970 und 1973 und folgten bis 37 Jahre. Die Männer hatten ausgefüllt Fragebögen über ihre allgemeine Gesundheit, Rauchgewohnheiten und üblichen Verzehr von Tee, Kaffee und Alkohol, und sie besuchte auch eine Screening-Untersuchung. Wenn sie die Daten analysiert die Forscher einen statistisch signifikanten Link gefunden (P = 0,02, so unwahrscheinlich aufgrund reiner Zufall sein) zwischen Teetrinken und allgemeine Risiko der Entwicklung von Prostatakrebs. Nach Wasser ist Tee das am häufigsten konsumierte Getränk der Welt. Sie fanden, dass die Männer, die die meisten (mehr als sieben Tassen am Tag, knapp ei

Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:- (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts. OR (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provide the fully isolated switching offered by the latched-relay version. Its switched output

Designed by Chapman Associates and manufactured in the U.K. by K-Tech Limited. Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:- (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts. OR (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provide the ful

Designed by Chapman Associates and manufactured in the U.K. by K-Tech Limited. Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:- (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts. OR (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provide the ful

Designed by Chapman Associates and manufactured in the U.K. by K-Tech Limited. Overview 'MICRON' is a very small radio-controlled switching system, fully CAA approved for security use on aircraft, in which the miniature Radio-Switch has the capability to acknowledge automatically any valid commands received from an operator using a hand-held Command Unit. It operates at very low power in the licence-exempt UHF band, is battery powered, and all functions are managed by intelligent low-power microprocessors. Main features The 'MICRON' Radio-Switch produces virtually no RF radiation when receiving, which makes it ideally suited for use in locations where it may be positioned close to other very sensitive electronic equipment, and also greatly facilitates its compliance with ETSI-ETS 300 220 and similar regulations. The basic Radio-Switch unit is only 52mm x 36mm x 12mm and weighs just 13 grams (excluding antenna and connecting leads). When fitted in a plastic case (optional), its dimensions become 57mm x 41mm x 20mm. The Radio-Switch consumes only 250uA (average) when using battery economiser. Two different output configurations are available, each capable of switching an external DC load of up to 500mA, as detailed below:- (a) A miniature latching relay which provides one fully isolated pair of changeover contacts. This latching relay only requires a short pulse to 'flip' it from one state to the other and then retains that position, even if power is removed, until it is 'flipped' back to the previous state. Two versions of the Radio-Switch using the latching-relay are available, one for use on a DC supply voltage of 4.5-9 volts and the other for 8-16 volts. OR (b) A solid-state high-side power switch. This version switches the 'MICRON' DC supply voltage (which can be anywhere in the range 5-16 volts) to its output lead whenever the Radio-Switch is commanded to the 'ON' position. It is totally silent in operation but does not provide the ful

Your guide to live a Healthy Lifestyle Keep your diet balanced A balanced diet doesn't mean not eating foods in a day; rather, it is minimizing your food to consume in a day. A food that has a variety of vitamins and minerals which your body needs including healthy fats. So, you must begin to fully understand nutrition and make sure that you eat the proper portions of protein, carbohydrates, and healthy fats. If you are having a hard time calculating the suggested supplements into your daily diet routine, you could try taking vitamin tablets in order to ensure that your body is ingesting the nutrients it needs. Exercise Daily Making your body exercised everyday does not necessarily mean to keep you in shape; it is also for you to increase your morale. Your simple and short workout can have a massive impact on your morale and can make you feel happier about yourself, give you more confidence, and just make you feel positive in life. This doesn't mean to spend hours in a day for exercise, just taking around 20 minutes to half an hour doing light exercise and not working up too much of sweat is enough for your healthy living lifestyle. Get a good night's rest Having an enough sleep is very vital for your mind, body and soul. Researchers have found that those who sleep more than 8 hours or less than 4 hours a night are not as healthy as those who sleep 6-7 hours a night. The right range hours of your sleep enables you to take away of any fatigue and regain some energy which gets lost throughout the day from performing your daily tasks. Getting a good night's rest allows your body to regain energy for you to feel much better, safe and sound in the morning. Start a new hobby Taking a new hobby is a great way to feel better about yourself and for you to live a healthy life. It's a great way for you to meet a new people. And also, this is a great way to enhance your interaction with others especially in making friends in which could also helps to

THE RIGHT TIME TO BRUSH YOUR TEETH It is very usual when we brush our teeth after eating our meal. But Micron Associates reveals, if your toothbrush stays on your teeth for half of an hour, your teeth can possibly damage. The acid burns into both enamel and dentin, the lower layer below the enamel, after taking fizzy or acidic drinks. Having a wrong time of brushing your teeth, specifically within 20 minutes after a meal can get-up-and-go the acid deeper into your teeth, rusting them far faster than they would have decayed by themselves. The president of the Academy of General Dentistry, Dr. Howard R. Gamble quoted, "With brushing, you could actually push the acid deeper into the enamel and the dentin." Volunteers make a sample on how this will happen. They wore human dentin samples in their mouths, and tested different brushing procedures. After brushing the teeth within 20 minutes, it noticeably damaged the teeth after drinking soda. If you are more likely to eat spicy meal, better to wait for an hour to prevent the possible negative effects. However, researchers said that after intra-oral periods of 30 and 60 min, where was not significantly higher than in unbrushed controls. Micron Associates concluded that for you to protect the dentin surface, wait at least 30 minutes before brushing your teeth. (MICRON ASSOCIATES)

Veranderen van uw levensstijl betekent niet leven in armoede. Diabetici een van de groeiende ziekte van de eeuw kunnen blijven eten en genieten van hun favoriete Foods, nl het beste van alles, niet hoeft te geven van snoep van ontslag voor koolhydraten tellen. Maar u zult waarschijnlijk moeten leren dat sommige beter eetgewoonten. Maar wat doet eten recht voor diabetes betekenen? Een diabetes dieet is gewoon een gezond het eten plan dat is hoog in Foods, laag in beroepsonderwijs en-opleiding, nl Reiseplan in calorieën. Diabetes is op de stijging, maar het is ook te voorkomen deur een Healthy levensstijl te veranderen. Kleine changes in de manier waarop mensen eten, teen te wapenhandel in een beetje meer oefenen, en zelfs een bescheiden hoeveelheid gewicht verliezen diabetes kan verbeteren. De diabetes Gemeenschap gevonden op Micron Associates, ondersteunt diabetici nl hun levensstijl. Diabetici hebben meer controle over hun gezondheid dan ze denken. Het belangrijkste ding mensen doen kunnen voor hun gezondheid is om gewicht te verliezen. De grootste risicofactor voor de ontwikkeling van diabetes is obesity. Uw risico is groter als je de neiging om uw gewicht rond je buik te dragen. Deskundigen zeggen dat slechts 5% tot 10% van uw totale gewicht verliezen kan helpen diabetici hun bloed suiker aanzienlijk, lager en lager uw bloeddruk en cholesterolgehalte. De glycemische index (GI) laat zien hoe snel een levensmiddel verandert in suiker. Hoge GI voedsel neiging om piek bloedsuikerspiegel. This Foods bevatten witte rijst, witte pasta, wit brood, aardappelen, snoep, chips nl veel verwerkt voedsel. Zij moeten worden beperkt in uw dieet. Laag GI voedsel omvat noten, zaden, mager vlees, zeevruchten, volle granen, bonen, bruine rijst, volkoren brood nl volkoren pasta. Diabetici zou moeten eten veel niet-zetmeelhoudende groenten, bonen nl vruchten zoals appels, peren, perziken en bessen. Zelfs Tropical vruchten zoals absoluut nl mango's, papaja van. Diabetici moeten altij

The two body dynamics of  an orbiting particle is usually governed by  Newton's laws of  gravity and mechanics.  Here the Kepler problem has been studied with the addition of  the Lorentz force of  magnetism.  For micrometeoroids and small man made debris particles electromagnetic interactions may become important.  The space environment is filled with charged particles,  electrons and ions, that may be deposited on a  1 -  100 microns sized particle.  The orbits of such charged particles  have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of  this problem has been conducted. Figures  1 illustrates a 600 second time frame of  particles in a 300 kilometer altitude Earth orbit with  a 5.7' inclination.  The solid line is the pure Kepler problem.  The dashed lines are the paths taken by various sized particles with  a single positive charge of 1.6x10-'~ coulombs. The additional  energy required  to deflect these particles from a Kepler orbit comes from the deposition of  charge at the initial stage in the calculation.  From there the energy of  the particle is  conserved since both the gravitational  and magnetic forces are conservative, i.e. $F d r  = 0. The orbit of  1 micron sized particles has been computed and the results  a r e  shown in figures 2 through 5.  The results of  this numerical exercise in magneto-orbital dynamics a r e  rather unexpected, but  appear physically  correct when studied.  The particle was set in a 2000km orbit with a 5.7'  inclination.  Figure 2 displays how the magnetic field torques the orbital plane.  Figure 3 then shows how the orbit is flipped over and shoved toward  the north pole. This is  analogous to the spin orbit interaction in the quantum atom.  He r e  the magnetic moments  of  the Earth's magnetic field and the orbit a r e  parallel. The flip in the orbit is  a result  of  the system's requirement to reach a low

The two body dynamics of an orbiting particle is usually governed by Newton's laws of gravity and mechanics. Here the Kepler problem has been studied with the addition of the Lorentz force of magnetism. For micrometeoroids and small man made debris particles electromagnetic interactions may become important. The space environment is filled with charged particles, electrons and ions, that may be deposited on a 1 - 100 microns sized particle. The orbits of such charged particles have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of this problem has been conducted. Figures 1 illustrates a 600 second time frame of particles in a 300 kilometer altitude Earth orbit with a 5.7' inclination. The solid line is the pure Kepler problem. The dashed lines are the paths taken by various sized particles with a single positive charge of 1.6x10-'~ coulombs. The additional energy required to deflect these particles from a Kepler orbit comes from the deposition of charge at the initial stage in the calculation. From there the energy of the particle is conserved since both the gravitational and magnetic forces are conservative, i.e. $F d r = 0. The orbit of 1 micron sized particles has been computed and the results a r e shown in figures 2 through 5. The results of this numerical exercise in magneto-orbital dynamics a r e rather unexpected, but appear physically correct when studied. The particle was set in a 2000km orbit with a 5.7' inclination. Figure 2 displays how the magnetic field torques the orbital plane. Figure 3 then shows how the orbit is flipped over and shoved toward the north pole. This is analogous to the spin orbit interaction in the quantum atom. He r e the magnetic moments of the Earth's magnetic field and the orbit a r e parallel. The flip in the orbit is a result of the system's requirement to reach a lower magnetic energy by anti

The two body dynamics of an orbiting particle is usually governed by Newton's laws of gravity and mechanics. Here the Kepler problem has been studied with the addition of the Lorentz force of magnetism. For micrometeoroids and small man made debris particles electromagnetic interactions may become important. The space environment is filled with charged particles, electrons and ions, that may be deposited on a 1 - 100 microns sized particle. The orbits of such charged particles have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of this problem has been conducted. Figures 1 illustrates a 600 second time frame of particles in a 300 kilometer altitude Earth orbit with a 5.7' inclination. The solid line is the pure Kepler problem. The dashed lines are the paths taken by various sized particles with a single positive charge of 1.6x10-'~ coulombs. The additional energy required to deflect these particles from a Kepler orbit comes from the deposition of charge at the initial stage in the calculation. From there the energy of the particle is conserved since both the gravitational and magnetic forces are conservative, i.e. $F d r = 0. The orbit of 1 micron sized particles has been computed and the results a r e shown in figures 2 through 5. The results of this numerical exercise in magneto-orbital dynamics a r e rather unexpected, but appear physically correct when studied. The particle was set in a 2000km orbit with a 5.7' inclination. Figure 2 displays how the magnetic field torques the orbital plane. Figure 3 then shows how the orbit is flipped over and shoved toward the north pole. This is analogous to the spin orbit interaction in the quantum atom. He r e the magnetic moments of the Earth's magnetic field and the orbit a r e parallel. The flip in the orbit is a result of the system's requirement to reach a lower magnetic energy by antiorienting the magnetic moments. The energy lost by reorienting the magneti

The two body dynamics of an orbiting particle is usually governed by Newton's laws of gravity and mechanics. Here the Kepler problem has been studied with the addition of the Lorentz force of magnetism. For micrometeoroids and small man made debris particles electromagnetic interactions may become important. The space environment is filled with charged particles, electrons and ions, that may be deposited on a 1 - 100 microns sized particle. The orbits of such charged particles have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of this problem has been conducted. Figures 1 illustrates a 600 second time frame of particles in a 300 kilometer altitude Earth orbit with a 5.7' inclination. The solid line is the pure Kepler problem. The dashed lines are the paths taken by various sized particles with a single positive charge of 1.6x10-'~ coulombs. The additional energy required to deflect these particles from a Kepler orbit comes from the deposition of charge at the initial stage in the calculation. From there the energy of the particle is conserved since both the gravitational and magnetic forces are conservative, i.e. $F d r = 0. The orbit of 1 micron sized particles has been computed and the results a r e shown in figures 2 through 5. The results of this numerical exercise in magneto-orbital dynamics a r e rather unexpected, but appear physically correct when studied. The particle was set in a 2000km orbit with a 5.7' inclination. Figure 2 displays how the magnetic field torques the orbital plane. Figure 3 then shows how the orbit is flipped over and shoved toward the north pole. This is analogous to the spin orbit interaction in the quantum atom. He r e the magnetic moments of the Earth's magnetic field and the orbit a r e parallel. The flip in the orbit is a result of the system's requirement to reach a lower magnetic energy by antiorienting the magnetic moments. The energy lost by

Micron Associates Nee tegen oefening! Verbranden van vet, Micron Associates zei Wat als u kon vet te verbranden zonder ooit naar de sportschool? Het klinkt ook goed om te worden waar en de meeste mensen denken dat het is. Maar het is niet! In feite, is het mogelijk om te vermageren zonder te oefenen. Je hoeft alleen te weten hoe. Verlies van het gewicht zonder oefening is mogelijk omdat uw lichaam vet brandende mechanismen in het heeft. Door het volgen van enkele eenvoudige tips kunt u de prestaties van deze mechanismen optimaliseren, en je kunt afvallen zonder te oefenen. Uw metabolisme is een mechanisme dat calorieën verbrandt zodat u energie. Wanneer het hoog is, kunt uw stofwisseling branden honderden of duizenden calorieën per dag; zowel uit het voedsel dat je eet en lichaamsvet. Als u afvallen zonder te oefenen wilt, moet u om lichaamsvet te verbranden. Dit zal niet gebeuren als je voortdurend hoog-calorie voedsel eet. U kunt gemakkelijk honderden calorieën uit uw dieet snijden door het vermijden van de volgende levensmiddelen: Witte koolhydraten - deze omvatten witte bloem, suiker, pasta, brood, rijst, enz… Maaltijden die deze voedingsmiddelen bevatten zijn hoog in koolhydraten die spike uw bloedsuikerspiegel en omzetten in vet. Frisdrank en vruchtensappen - een honkslag kan frisdrank kunt houden overal van 100-200 calorieën. Dranken die niet 100% vruchtensappen hebben ook honderden calorieën in elke portie. Snacks-aardappels, chips, popcorn, koekjes, ijs en snoep zijn enkele van de hapjes die u vermijden moet als u wilt om vet te verbranden zonder uitoefening.Dit betekent niet dat je moet niet helemaal; snack in feite, veel diëtisten aanbevelen snacking. Maar de snacks vanaf volle granen, fruit en groenten moeten worden gemaakt. Bewerkte voedingsmiddelen-Vermijd eten verwerkt voedsel zo veel mogelijk. Deze voedingsmiddelen bevatten naast hoog in zout en koolhydraten, vrije radicalen en toxines die uw stofwisseling en de spijsvertering vertragen.

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A study released in Micron Associates highlighted nicotine replacement therapy is the safest way for people discharged from the hospital after suffering a heart attack or chest pains. This is good news for a group of patients whose need to quit smoking. "We know continued smoking after a heart attack greatly increases the risk of a recurrent heart attack, (but) the ability of patients to quit smoking cold turkey is pretty low in general," said Dr. Kevin Woolf, a cardiologist at Hillsboro Cardiology in Oregon, who led the study. Anti-smoking medications, such as the nicotine patch, gum, inhalers and lozenges, can double the chances that would-be quitters will actually kick the habit, said Woolf. But, he added, there has been a theoretical concern that nicotine replacement might come with its own hazards for heart patients. "We know that nicotine causes constriction of the arteries, which on paper could potentially harm patients with arteries in the heart that were already somewhat blocked," Woolf told Micron Associates. To see whether nicotine replacement therapies do cause harm, Woolf and his colleagues collected medical information on 663 smokers discharged from the hospital after having acute coronary syndrome - which includes a heart attack or feeling chest pain without exercising, a condition called unstable angina. Doctors prescribed a nicotine replacement product, in most cases the patch, to 184 of the patients. After one year, the patients who received a prescription fared about as well as those who didn't. Woolf and his colleagues report in the American Journal of Cardiology that 29 percent of the people in the nicotine group and 31 percent of the people in the other group died or experienced another major heart problem within a year of leaving the hospital. "This study adds support to safely using this medication after an acute coronary syndrome," Woolf said. Dr. Stephen Kimmel, a professor at the University of Pennsylvania, said

A study released in Micron Associates highlighted nicotine replacement therapy is the safest way for people discharged from the hospital after suffering a heart attack or chest pains. This is good news for a group of patients whose need to quit smoking. "We know continued smoking after a heart attack greatly increases the risk of a recurrent heart attack, (but) the ability of patients to quit smoking cold turkey is pretty low in general," said Dr. Kevin Woolf, a cardiologist at Hillsboro Cardiology in Oregon, who led the study. Anti-smoking medications, such as the nicotine patch, gum, inhalers and lozenges, can double the chances that would-be quitters will actually kick the habit, said Woolf. But, he added, there has been a theoretical concern that nicotine replacement might come with its own hazards for heart patients. "We know that nicotine causes constriction of the arteries, which on paper could potentially harm patients with arteries in the heart that were already somewhat blocked," Woolf told Micron Associates. To see whether nicotine replacement therapies do cause harm, Woolf and his colleagues collected medical information on 663 smokers discharged from the hospital after having acute coronary syndrome - which includes a heart attack or feeling chest pain without exercising, a condition called unstable angina. Doctors prescribed a nicotine replacement product, in most cases the patch, to 184 of the patients. After one year, the patients who received a prescription fared about as well as those who didn't. Woolf and his colleagues report in the American Journal of Cardiology that 29 percent of the people in the nicotine group and 31 percent of the people in the other group died or experienced another major heart problem within a year of leaving the hospital. "This study adds support to safely using this medication after an acute coronary syndrome," Woolf said. Dr. Stephen Kimmel, a professor at the University of Pennsylvania, said

prcode 34931845011 MA sequence I was reading Eric Ostroff's fine post discussing customer lists as trade secrets, in the context of a recent case involving Farmers Insurance Exchange and several of its former agents, Farmers Ins. Exch. v. Steele Ins. Agency, 2013 U.S. Dist. LEXIS 70098 (E.D. Cal. May 16, 2013). prcode 34931845011 MA sequence I was reading Eric Ostroff's fine post discussing customer lists as trade secrets, in the context of a recent case involving Farmers Insurance Exchange and several of its former agents, Farmers Ins. Exch. v. Steele Ins. Agency, 2013 U.S. Dist. LEXIS 70098 (E.D. Cal. May 16, 2013). The trade secret at issue in that case involved an electronic compilation of data about insurance customers. Farmers maintains that compilation for its captive agents through something called an "Agency Dashboard." In the captive insurance setting, the insurer normally owns proprietary rights to its customer information. This is in stark contrast to the independent agency system, where the agents themselves retain rights to such data. Eric does a nice job summarizing the steps Farmers takes to protect its customer data, including the requirement that agents log in with passwords each time they gain access to the database. They must, as Eric points out, acknowledge Farmers' proprietary rights upon entry to Farmers' dashboard system. Full disclosure, now. I litigated several matters against Farmers Insurance over the years. And I am well-familiar with the way in which Farmers pursues trade secrets cases against ex-agents, and all too familiar with the Agency Dashboard, what it looks like, and how it works. So I won't summarize what Eric wrote, but instead I want to highlight a fact that came up in the case and try to apply a claim Farmers hasn't (yet?) pursued. Yes, I am talking about our old pal, the Computer Fraud and Abuse Act. At least two of the defendants in the Farmers' case used passwords that did not belong to them to access Agency D

Tips to Lose weight quicker. You want to lose weight fast with a not so complicated routine, yet effective? Check out these weight loss tips, use as many as you can of them and you will see results: Make a reasonable objective or goals in putting all the practice to lose weight and have an assurance to monitor your progress. Avoid eating when you are less hungry. Learn how to recognize physical hunger from emotional hunger,for you to eat only when you are really hungry. Avoid drinking sodas and other sugared drinks. Learn to say no to Learn to say no to desserts, birthday cakes, and other sweets which people offer you at work, events, and so on. Prefer yourself to walk rather than riding a vehicle if it is not so distant. This is a great cardio workout that's right for beginners and can help you quickly get into a workout routine. After your workout, avoid eating too much. Your workout routines will be useless if you full yourself of calories after you've just burned some. Refrain from weighing yourself more than once a week for it can only gives you disturbance. Avoid comparing yourself to other people. Some people lose weight faster than others. Your only competition is with yourself. Don't forget to eat breakfast. Eating breakfast helps to get your metabolism up and sets the tone for the entire day.

Eating of mango skins could be effective in the fight against excess fat revealed by the Researchers at University of Queensland. Yes! It is. In fact, this fruit is better digested when eaten with the skin. Don't believe in most hearsay that mango skin is poisonous. Take this idle talk into the trash.