You are referring to the suitcase bomb from the '70's  ????

It is now a brief case bomb.





If you are going to entertain stressful ideas, every major city on both sides is already equipped and ready to detonate -- been that way for decades now.

All this stuff about missile systems is really just window dressing, the items have already been delivered and installed (as fake refrigeration unit components, etc.)

Think about it, every nations capital has both a USA and a Russian embassy sitting plumb in the center of it ......

Plutonium (the old big bomb material) is VERY radioactive.   The little bombs aren't made out of plutonium.

Squeezer thermonuclear bombs are mostly carefully formed shells of high explosives to create the implosion effect on a little bitty central core of fissionable elements that releases neutrons and fission energy when the implosion wave hits it, making a fission "mini-blast" that sets off the FUSION event that makes the main blast power.

Take the slightly bigger than a softball round nestled shells of the mini-bomb, compact it with high explosives to less than the size of a pea, then the resulting pressures and temperatures are hotter than the core of the sun for just a micro-second and all that compacted hydrogen laced explosive by product stuff goes fission-bang, just like the sun does.  

Remember, the high explosives contains hydrogen as well as the hydrogen stuff in the shells themselves.

Thermonuclear bombs are bad because any nearby hydrogen compounds are caught up in the expanding fusion event, which means a little bitty squeezer trigger bomb set off while sitting beside a liquid hydrogen storage tank would be a gawd-awful big explosion .....

For example, take Bikini Atoll           http://en.wikipedia.org/wiki/Castle_Bravo

The Castle Bravo blast at Bikini Atoll blast was about 4 times bigger than expected because at the time scientists did not understand that the fusion even breaks down all molecular bonds and deals with the raw hydrogen count present (they had hundreds of gallons of a solid hydrogen source that was naturally polluted with a co-compound that they didn't think was going to contribute anything -- but when completely broken down by the primary blast it did contribute its entire hydrogen count).



The observation bunker was ~35 kilometers miles away from the blast, but the actual blast event super-pressure wave overlapped the distant bunker.    At sea some of the observers on the observation ships were injured between pressure wave and heat and direct radiation.    

This first experiment was also accidentally the first "dirty bomb" and the fall out effects were horrendous as there were no preventative measures done and the fall out cloud went over hospital ships and observation ships that were there for the test.

Some of the observation ships just about got swamped by the blast-driven water wave which was many times what was predicted.


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Leave it to the Russians to try to find out just how big a thermonuclear bomb could be made -- Tzar Bomba was many times bigger than Castle Bravo.

http://en.wikipedia.org/wiki/Tsar_Bomba

"All buildings in the village of Severny (both wooden and brick), located 55 kilometres (34 mi) from ground zero within the Sukhoy Nos test range, were destroyed. In districts hundreds of kilometers from ground zero wooden houses were destroyed, stone ones lost their roofs, windows and doors; and radio communications were interrupted for almost one hour. One participant in the test saw a bright flash through dark goggles and felt the effects of a thermal pulse even at a distance of 270 kilometres (170 mi). The heat from the explosion could have caused third-degree burns 100 km (62 mi) away from ground zero. A shock wave was observed in the air at Dikson settlement 700 kilometres (430 mi) away; windowpanes were partially broken to distances of 900 kilometres (560 mi).[13] Atmospheric focusing caused blast damage at even greater distances, breaking windows in Norway and Finland. The seismic shock[verification needed] created by the detonation was measurable even on its third passage around the Earth.[14] Its seismic body wave magnitude was about 5 to 5.25.[12]"

https://www.youtube.com/watch?v=pbXQ0gRoJqM

A film about these two biggest bombs ......

https://www.youtube.com/watch?v=pbXQ0gRoJqM

3-4 times bigger blast -- 12 times more deadly as far as radioactive fall out potential deadliness

...... it was the first dirty bomb .....


And Tzar Bomba was a droppable bomb that was many times bigger than that ......

(the Russians actually downsized Tzar Bomba by about half as they were concerned with destroying the drop bomber and possibly igniting the ambient atmospheric hydrogen if they went all the way up to the full 100 megatons which was the full max size of the Tzar Bomba design)

http://www.e-catworld.com/2015/06/16/1-mw-hot-cat-plant-to-follow-current-1-m...
 
Rossi has announced what is coming up next AFTER the current 1 megawatt plant clears its test period and is turned over to the customer's employees for long term production running.

Get used to Rossi talking Low Temp Steam and High Temp Steam ..... you will need to know which plant is being talked about going forward.

First, the original 1 megawatt Low Temp steam plant actually turned out to be a ~2~ megawatt Low Temp steam plant by the time the discovered efficiency gains were all run into place.   It is only needed at the 1 megawatt capacity right now, so only half the reactors are needed at any given time.   Rossi exceeded the capacity and uptime and energy savings requirements set by the customer by almost a factor of two, so this plant approval is pretty much a done deal at this point in time.

Rossi is shifting development over to High Temperature HOT CATS now, and the starting size is the larger 250 kilowatt size he just developed.

Take a deep breath here -- 4 of these plug in suckers could make up a 1 megawatt LENR plant in a single "horizontal cores vertically stacked" in a single stainless pressure vessel, with two cores down in the water making low temp steam and two running higher up bone dry  --  to super heat the steam on up into full superheat conditions.

Could, but likely will be built as 2 COMPLETELY SEPARATE pressure vessels of 4 cores each so as to have full production running maintenance available (with full redundancy built into the system).

This could then run a small,  right sized standard steam turbine -- we are talking electrical power generation on a business or large house size scale.

Or an 18 wheeler power plant, or a ship power plant, you get the idea.  ......  once you have high temp steam you can do just about anything you want with it.  

Right now the equipment is too large for a car sized plant, but miniaturization will happen over time, you know.

Or, since you are talking glowing white hot cores now, you could hook only two of them up (maintenance redundancy, remember) to a Kamen/Musk Cyclone "recycling" stirling engine power plant which is an already commercially available product.   This would be a normal house sized system, providing electricity, house heat, hot water and (after the old ideas go back into use in real commercial products again) thermal induced air conditioning.    Your remote property could have off-grid power, and if you lived on grid you could sell your excess electricity back to the power company as credit for times you need more power than your plant can provide.

Folks, look to see more players building pilot plants now, since the cat is firmly out of the bag now.   Brillouin will get his 20 million from somebody soon enough to built a larger commercial pilot plant using his control ideas  (or maybe not since Rossi's plants are proven out now and they only cost half as much to build an "at will upsizeable" main production plant).


     

Rossi says the hot cat pulses electro static energy.
http://www.e-catworld.com/2015/06/15/rossi-conducting-rd-for-direct-electrici...

That and/or light generation to solar cells might produce enough electricity.

I would think it would be similar to an ignition coil.
Primary (hot cat) generates a field than collapses.
Secondary (coil) generates a DC pulse of electricity.

http://www.e-catworld.com/2015/07/09/boeing-laser-fusion-engine-patent-accept...

OK boys and girls, Boeing has patented a jet engine based off Lenr.   The Skunk Works has been one of the rumored sources for a lot of the covert government project work on Lenr that is being slowly revealed by NASA.

Folks to keep track of such sources say they are up to five different governmental project sources at this time, all covert.

So for Boeing, NASA and the Navy have come out of the closet.