One of the difficulties for the US Naval force is that as the boats get greater it makes it difficult for them to explore the secures in Panama, meaning ice laser they need to circumvent South America or through the Northwest Section which is just conceivable in the mid year or when the ice is cleared. Imagine a scenario in which we could track down a simpler approach to slice through the ice quickly. Consider the possibility that we involved high-energy lasers for the cutting. Consider the possibility that we utilized flying resources for sense the thickness of the ice and pick the most ideal course, and afterward cut the way for the lead transport underneath and afterward followed by the escort. Is this conceivable? Well it could possibly be.
Right now, overcoming the ice is a gigantic diodenlaser test also the issues with our waning armada. The US Naval force needs more ships for its armada, so too does the US Coast Gatekeeper (USCG). We certainly need conversation starter ships. The USCG Official Site states under the procurement page, as a matter of fact;
“The Coast Gatekeeper expects something like two new weighty icebreakers to guarantee proceeded with admittance to both polar districts and backing the nation’s financial, business, oceanic and public safety needs. The functional polar ice breaking armada at present incorporates one 399-foot weighty icebreaker (Coast Gatekeeper Shaper Polar Star, appointed in 1976) and one 420-foot medium icebreaker (Coast Watchman Shaper Healy, authorized in 2000). These cutters are intended for vast water ice breaking and component supported bodies and uncommonly calculated bows.”
These icebreaker transport resources are very costly to fabricate, so I propose one more method for doing this:
1.) Fly a fastened blimp at 800 to 1500 AGL with a laser payload.
2.) The Tie is a hose which permits hydrogen (for the laser) to course through it.
3.) The Sensors on the zeppelin decide the best way (most slender ice) utilizing computer based intelligence and steering calculations.
4.) The lead boat would follow the way cut, and beat the ice which is seriously debilitated.
5.) The guard would follow the specific way involving a similar procedure as flight following frameworks and GPS.
There was an intriguing paper with regards to Airborne Geophysics (APPGEO1182R1) named: “Helicopter-borne estimations of ocean ice thickness, utilizing a little and lightweight, computerized EM framework Article Type: Extraordinary Issue: Airborne Geophysics,” by Christian Haas; John Lobach; Stefan Hendricks; Lasse Rabenstein; Andreas Pfaffling. The theoretical states:
“Ocean ice is a significant environment variable and is likewise a deterrent for marine tasks in polar areas. We have fostered a little and lightweight, computerized recurrence space electromagnetic-enlistment (EM) framework, a purported EM bird, devoted for estimations of ocean ice thickness. 3.5 m long and weighing just 105 kg, it can undoubtedly be sent to remote places and can be worked from icebreakers and little helicopters. Here, we depict the specialized plan of the bird working at two frequencies of f1 = 3.68 kHz and f2 = 112 kHz, and study its specialized presentation. By and large, clamor adds up to ±8.5 ppm and ±17.5 ppm for f1 and f2, individually. Electrical float adds up to 200 ppm/h and 2000 ppm/h for f1 and f2, during the primary 0.5 h of activity. It is decreased by 75% following two hours.”
Another exploration paper; “The Naval force’s high-energy laser weapon framework,” by Joung R. Cook and John R. Albertine, (Proc. SPIE 2988, Free-Electron Laser Difficulties, 264 (May 15, 1997); doi:10.1117/12.274390) notes in its theoretical:
“Throughout recent years, trying to foster a speed-of-light hard-dispense with weapon framework, the U.S. Naval force has effectively decreased megawatt-class substance laser and high power bar control innovations to designing practice. This Naval force program was laid out during the virus war time while shielding maritime fight bunch was the essential worry of the U.S. Naval force.”