A good heat sink compound, often known as thermal grease, will provide an inexpensived, readily available, and reliable solution to both the need to maintain even, overall contact between the CPU device's heat-radiating surface and the heat sink itself as well ensuring proper transfer of the heat generated by the device's operation. Typical heat sink compounds are formulated from silicone and are the type most-often recommended by manufacturers and maintenance organizations (primarily due to superior performance and operational life), but there are a variety of types available, produced from petroleum derivatives as well as other substances. Any of the types available for public use tend to be a bit "messy" to work with, at least for the novice; it is for this reason that handy "syringe-style" applicators are popular sellers. A thin coating should be applied to the CPU device's heat-radiating surface (some authorities maintain that it is best to apply thermal grease BOTH there as well as to the heat-sink contact area); any excessive amount that becomes extruded out beyond the contact areas of device and heat sink once the two are firmly attached by the latching device employed in a given configuration will fail to enhance the desired effect of heat transfer, and upon occasion can actually cause problems due a tendency to decompose---and even lose the property of electrical inertness inherent to these products---under such variables as ambient temperature & other environmental conditions, and the user should exercise caution in both the amount of compound used and the areas with which it is allowed to contact. The user should be aware that the properties of thermal greases will degrade over time and require re-application of a new layer; old, broken-down heat sink compound should always be thoroughly removed first by cleaning both surfaces with alcohol or an adequate solvent (carefully-applied acetone---often available amongst everyday household products in the form of fingernail-polish remover---is a favorite product of choice for many experienced technicians
An even distribution of sunlight.
Buddhists are able to keep in contact and maintain a relationship with their family members. Even some of the nuns and monks continue to have a relationship with their family members.
You maintain your balance on a bicycle when it is rolling forward by steering the front wheel in the direction of any lean that develops. This moves the support points, the tire contact patches, back under the center of gravity. This can be aided by the geometry and mass distribution of the bike. Some bikes, in fact, can keep themselves upright when rolling forward at the right speed even after being perturbed to the side.
Yes, it is possible for a force to act between two objects even when they are not touching. This type of force is called a non-contact force, such as gravitational, magnetic, or electrostatic forces. These forces can act over a distance and do not require direct contact between the objects.
Nope
Contact force acts through direct physical contact between objects, such as friction or normal force, while field force acts at a distance without direct contact, such as gravitational or electrical forces. Contact forces require objects to be in physical contact, while field forces can act between objects even if they are not touching.
An even distribution of sunlight.
Only when between two people of the same sex.and even then, only if you make eye contact.
by even distribution of loads in the system
equality means even distribution
Even distribution.
In the case of an even distribution of the electron cloud, molecules with nonpolar covalent bonds are formed. This means the atoms in the molecule share electrons equally, resulting in a balanced distribution of charge. This leads to a symmetrical molecule with no net dipole moment.