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Putting heightened 11-1K-1 million-11 million more units amounts of velocity on and at the angular momentum of particular atoms at various molecules and materials that technologies are made from causes heightened gyroscopic steadiness and vibration
minimization causing higher physical resolution precision of motion, and minimizes particular z, Y, x warmth vibrations, and chemical reactivity from warmth, or, conversely, heightening angular rotational velocity is able to cause heightened
unidirectional itsy of warming, or possibly, if some atoms at a molecule or crystal have their angular rotational momentum heightened, but not others, particular chemical reactivities, and particular chemical reactions, and particular reaction products
are favored over others, angular rotational momentum velocity heightening could benefit neutral atom laser accelerated neutral atoms, ion beams, and electron beams, and water jet cutter water jet water atoms, refrigeration, hvac, heat pump, air
conditioner, and commercial refrigeration ammonia chillers, and science and technology liquid nitrogen, liquid helium, and peltier element gas or atmosphere facing surfaces, the exterior surfaces such as reflective and ir reflective surfaces of dewar
flasks, the surfaces of the outermost nonconductive layers of semiconductors and integrated surface atoms, atoms at semi conductor surfaces, crystals or amorphous ratios of atoms at semiconductor surfaces, laser diode and photosensor, and magnetic field
hard drive sensors, medical x ray sensors, particle accelerator radiation sensors, thz multimeter volume sensors, possibly also broadcast phone and wifi antenna and satellite internet broadcast antennas and receiving antennas, exteriors of outdoor
photovoltaics, and 300-800 sun's concentrator photovoltaics, catalyst surfaces, including hydrocarbon and ammonia forming catalysts, vehicle catalytic converter catalyst surfaces, drone propeller and other aerodynamic surfaces, aircraft and passenger
aircraft airfoil, wing, fuselage, rotor, and turbine engine surfaces, coanda air effect technologies like blade less fan surfaces, hilsch vortex tube cooling or warming gas traversal surfaces, any surfaces being printed or embossed, optical element
surfaces such as refractive lenses, diffraction grating lenses, and negative refractive index optical material lenses, mirrors, concentrators, filters, decibel reducers or heighteners, polarizers, quantum dot emitters, and quantum dot sensor surfaces,
materials at the interior of a food storage refrigerator surfaces, musical instrument, speaker, and sound maker surfaces, ball and roller bearing surfaces, bothbeingwater ngngelementcycle pumped atoms, and gas polyatom moleculesangular rotational
momentum at a particular direction is, i perceive

As a more energy efficient, higher velocity way to dry or dehumidify crop grains and cereals, legumes, nuts, and make dried fruits, and as a way to remove water from produced industrial chemicals, or even as a possible way to make removal of water
component groups or moities when making Calcium oxide or hydroxide, or magnesium oxide or hydroxide when manufacturing cement chemicals, coanda effect air motionizers similar to mass produced bladeless fans, such as bladeless fans utilized at dwellings
could be re-engineered and made even more efficient, one bladeless fan made at the company Dyson moves 16 multiples of air volume per unit of pressurized air, with the Dyson company mentioning 20 multiples as also producible, two technologies, each of
which might double that to 40 then 80 multiples of flowing air at the same energy and money utilization amount are, photonic highly affordable, billion pulses per second led photonic light pulse pressure from and at, two or more sides or surfaces of a
laminar flow airstream, such that, at lesser amounts of energy, the flatness of the laminar flow could be made one to several orders of magnitude flatter and less turbulent, causing higher multiples of air sticking to air comotionized air or gas greater
than 20 multiples, another technology is to, while maintaining laminar flow, possibly gently change the rise/run slope of the laminar flow, or even have it undulate such that a larger surface area such as 2 or 4 multiples of still air has a laminar flow
airstream with volume heightening coanda effect interaction area multiplied 2 or 4 times



It seems possible that compressing air, to compress oxygen, for electric utility electricity producing hydrocarbon oxygen reactions could heighten efficiency

Use a laser or spin polarized, like all up spin polarized photon emitting hyperaffordable photon emitting light emitting diode light source, which could possibly be as simple to spin identicalize as putting the light emitting diode on top of a strong, 1-
3¢ alibaba. Com one tesla magnet, then raster scan or line scan, or sheet light pulse the entire surface of a surface that it is beneficial to minimize the accumulation of dust at, like a planetary or interplanetary exploration surface robot, a
phovoltaic panel on earth, or any optics, Way of causing planetary and interplanetary exploration robots, and vehicles have less dust and microparticulates, this could also decrease the effect of microparticles and dust at ic fabrication fabs, cleanrooms,
outer space orbital satellites, imaging satellite optics, astrophysics observational satellites, images, and spacecraft objects, as well as a different complementary technology heightening filter effectiveness, at such filters as dust filters hvac
filters, vacuum cleaner and hepa filters, as well as heightened exhaust and emissions filter effectiveness, and well as heightened effectiveness at electrical generation hydrocarbon oxygen reaction plant emissions filtration, and exhaust particle, and
molecule adsorbing, absorbing, and filtration filters at electrical or other energy generation plants, as well as reducing dust or particulate accumulation and build up at media and computer display monitors, circuit boards, electrical contacts and
sockets made of metals or other conductive materials, as well as decreasing dust or also particulate accumulation at photovoltaic energy generating solar panels, mirrors, and optics, as well as reducing dust and particulate accumulation at refrigeration
and other cooling technology tube or tubelike warmth radiating expanded gas or vapor or fluid traversal channels at dwelling refrigerators, commercial and industrial and food preservation refrigerators, heat pump tubes, lamellar 2D or 3D geometry and
form warmth radiating fins, lamellar structures, or high surface area undulation depthy egg carton like 3D undulation concave or convex 1024 to one million surface area to diameter 3D dips and bumps, such as 90-111 nanometer diameter dips or bumps that
are 90 to 111 millimeters deep, and very very affordably producible using published 2 nanometer, silicone mold embossed, pressed, or continuously roller pressed or embossed warmth conduction materials, including metals and other element atoms like
crystalline positive valence 4 to an integer less than 7 positive or negative valence element atom crystals with one or more kinds of different element atoms at the crystal, where it is possible that the warmth conductivity of c element atom crystals
could be heightened with beryllium, lithium, aluminum, gallium or other eutectic liquid alloy, ratio, or crystal, as well as any fluorescence spectroscopy emission wavelength element atom that emits warmth radiative ir wavelengths, as well as, at and as
well as at heightening the warmth conduction and cooling attribute of crystalline c element atoms, the utilization of multipicometer to nanometer quantum dot geometries, topologies, and structures as ir radiative warmth emitting quantum dot structural
element atom variations among plural types of element atoms, dopant layers and 2D or 3D forms of dopant atom atom distributions at crystals, such as, Along with doped c element atom crystals, tin, germanium, fullerene, possibly also boron with element C
and dopant atom crystals, liquid crystals such as Si, germanium, tin, and element C polymeric liquid crystals with neutral charge, or being a highly Polar liquid crystal molecule, that is variously an actual liquid, a high mer polymer waxy material, or
even an evaporable, sumblimateable, gas, vapor, fluid, crystalline form of liquid crystal, chlorofluorocarbons modified liquid crystal, or group of 4, 8, 9, 27, 64, 3D volumetric element atoms, with plural exterior, or even mid volume area nonoccupied
area or lumen nonoccurence of element atoms, such as a fluorinated, chlorinated fluorocarbon attribute fullerene, or a nonoccupied middle of crystal volume 3D form lumen having attribute c element or other element atom or different combined element atoms
crystal with a nonoccupied mid area lumen volume also being able to be a gaseous, vapor, liquid, or subliming crystal chlofluorocarbon from having a less than 3 or 4 to 7 digit integer number of atoms at the crystal, or other than crystal arrangement of
atoms, as well as at fullene like things like siliconene, germaniumene, tinene, or boronine with chlorines as well as fluorine at its outer surface, as well as the interior of the fullerene like structure, crystal, or molecule, where the actual
engineered and software enhanced effect is to make a very very highly affordable warmth conducting material more warmth conducting and warmth shedding or ir radiating than c element atom crystals, pure metal or metal alloy crystals, for use at things
like integrated circuits, hvac, heat pump, air conditioning, peltier element, refrigeration and cooling technology warmth radiative tubes, lamellar forms, and warmth transfer surfaces

highly warmth conductive crystalline or amorphous materialraland arrangementshiumd ir radiative warmth photonicdhvac, air conditioning

A person on the internet wrote than electric fans at computer technologies like laptops last, to their perception, less long than other parts of the laptop, using piezoelectric air motionizers could replace fans very very affordably


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