Cimarb, on 07 January 2015 - 05:47 PM, said:
I would love it all of the weapons were standarized, based upon weight/crit. So the PPC, at 7 tons, is roughly 7 times as large as a ML.
A PPC is 7 tons & 3 criticals.
A MLas is 1 ton & 1 critical.
The PPC should have roughly thrice the overall volume of the MLas, though it weighs seven times as much (which makes the PPC 2.33 times as dense as the MLas).
Likewise, an AC/20 (14 tons & 10 criticals) should have roughly ten times the overall volume of the AC/2 (6 tons & 1 critical), while weighing only a bit more than twice as much (which makes the AC/20 much less dense than the AC/2).
Also, recall that volumetric changes occur far more rapidly than dimensional (length/width/height) changes, as a function of the
Square-Cube Law - specifically, a linear change in scale results in a cubic change in volume.
As such, a PPC would have thrice the volume of a MLas, but (assuming their generally the same shape) would only be 1.44 times as long/wide/tall (that is, "only" 44% longer AND 44% wider AND 44% taller).
Likewise, a LLas (5 tons & 2 criticals) would only be 1.26 times as long/wide/tall as a MLas (that is, "only" 26% longer AND 26% wider AND 26% taller).
Also, the AC/20 would only be 2.15 times longer/wider/taller than the AC/2 if they were the same shape & proportions (though, it stands to reason that the AC/2 would be longer but narrower (width-wise AND height-wise)), while the AC/2 would have roughly the same overall volume as the MLas (since both have an overall volume of 1 critical space) but with different length/width/height proportions.
Cimarb, on 07 January 2015 - 05:47 PM, said:
Those look cool, if a little "telescopey"
However, that is the reality of laser weaponry.
Conventional firearms & artillery can gain some advantages (and disadvantages) from having relatively long barrels (see
here and
here), but lasers are not subject to any of the same considerations that make barrel length beneficial (most of which are related to how the propellant charge burns & the expansion of the propellant gases, and how those translate into effective range & accuracy-at-range) AND would still suffer the negative aspects (increased mass, increased difficulty to traverse & elevate, increased production expense, and others) if a long barrel were attached.
There are no positive points for adding long barrels to laser weapons, so real-world militaries - and, more to the point, PGI - make laser weapons without the superfluous barrels.
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BarHaid, on 07 January 2015 - 04:22 PM, said:
That's right! Focusing coils people, focusing coils.
Focusing coil: "A coil used to focus an electron beam by the generation of a magnetic field parallel to the beam."
Also:
"Unfortunately, the path light takes is not affected by the presence of a magnetic field. Light itself is composed of an oscillating electric and magnetic field, and one very important property of electric and magnetic fields is what we call 'linearity'. That is, if you have two sources of electric and/or magnetic fields, you can predict what the combined field is just by adding the two source fields together. The two fields don’t change each other at all. So if you add the field of a light ray to any other field we can imagine, the light ray will continue as before and the extra field will just stay the same, adding to it in places where the extra field is strong, but having no effect beyond the reach of the extra field. So there is no way that a magnetic field can bend light."
(
source)
Focusing coils are used in particle beam generators (such as the
electron guns in a CRT monitor (see also,
here)... or a BattleMech's PPCs), and have naught to do with laser weaponry.
Edited by Strum Wealh, 08 January 2015 - 05:05 AM.