I am providing the following link in order to help answer this question. It is a link to the website of an agency called Qinetiq, who is one half of what used to be D.E.R.A (Defence Evaluation and Research Agency) They build Ion thrusters among other things. This particular thruster (the T5) may or may not be the most efficient available, I leave it to you to decide. www.qinetiq.com/home/defence/defence_solutions/space/ep/t5_ion_thruster.html
I believe it is Ion Plated
to save the output in a file and display the same ion the VDU
It's always preferable to charge from completely flat. However - modern Li-ion batteries don't suffer from 'memory effect' like the old Ni-Cad batteries did.
One of the first technologies employed after an explosion is an Ion Mobility Spectrometer (IMS). This device can be used in a mobile lab to help determine the type of explosive that was used.
The Li poly means it is a lithium ion polymer battery, in short, it is a standard modern battery. The number after it means what capacity it is. For a tablet, I think 3800 is not very high, however it will do depending on what you use it for.
The speed of xenon ions exiting an ion thruster typically ranges from 15 to 30 kilometers per second. This high speed is achieved through the acceleration of xenon ions by an electric field within the thruster.
First of all, the speed of light needs 10googleplexso the speed of an ion thruster might be at least 1 out of 1000000000000000000000 of that speed so if you take that into mind you get at least 400010 pounds of thrust. But can somebody add to this, i dont now if that is right or not.
In an ion thruster, xenon gas is ionized by stripping electrons from its atoms to create positively charged ions. These ions are then accelerated and ejected at high speeds, generating thrust. Xenon is preferred for ion thrusters due to its high atomic mass and low reactivity, allowing for efficient propulsion.
J. R. Beattie has written: 'Mercury ion thruster technology' -- subject(s): Ion engines, Ion propulsion, Combustion chambers, Mercury (Metal), Electric propulsion, Design analysis 'High-power ion thruster technology' -- subject(s): Charge transfer, Ion propulsion, Plasma propulsion, Pressure measurement, Pressure effects, Thin films, Rocket thrust, Specific impulse, Electric propulsion, Ion currents, Ions, Rocket engines, Thrust
The most common fluorine ion is fluoride (F-) ion.
I^- is the most common ion of Iodine.
The most common ion for cesium is Cs+ (cesium ion). This ion has a charge of +1.
The most common Selenium ion is Se2- the selenide ion. It is in the same group as oxygen and its most common ion in the oxide ion O2-.
P3- is the most common ion of phosphor. Howver, when combined with other elements such as oxygen, the phosphate ion PO43- is the most common.
J. S. Sovey has written: 'Ion beam sputtering in electric propulsion facilities' -- subject(s): Ion bombardment, Electric propulsion, Sputtering (Physics) 'Performance and lifetime assessment of MPD arc thruster technology' -- subject(s): Electric rocket engines, Plasma rockets
The symbol for the most stable ion of sulfur is S2-.
The most common charge for an iodine ion is -1.