gD | 2-he In addition the two stations 30,000 feet from the burst measured X-ray and total thermal inputs at their locations. Both transducers utilized ballistic calorimeters containing resistance wires that were connected in a four-arm bridge. The total Thermal was absorbed by a polished Aluminum cone mounted inside of a truncated cone. The X-rays were filtered through Beryllium discs of 50 and 70 mil thickness. The remaining energy impinged upon the calorimeter. These six carriers also contained film packs for measuring high gamma flux and material samples for effects evaluatior. The noses were designed for parachute retardation and for recovery from the ocean. 2. The Redstone carried two 4 Kme diagnostic systems fcr measuring HE transit time and early alpha of the primary bomb. This system and the WH fuzing system was monitored by 226mc. telemetry equipment. , All six instrument carriers and the Restone were tracked by two MIDOT (radio interferometer positioning system) stations for relative positioning of transducers and the burst. The transmitters aboard each carrier served ds the beacon. 3. Two Radio-Chemical sampling noses were to be carried through the TEAK debris by two-stages of the modified LaCrosse motors. These sampled, sealed, and lowered to the water a collection of the burst residue for laboratory analysis. 4, A system for measuring wind velocity at 250,000 altitude was designed to permit adjustment of the Rad-Chem Sampler trajectories to increase the liklihood of sending the sampler through the densest debirs. This measurement was made by carrying 5 cm. chaff to altitude on a Deacon-Arrow II rocket, ejecting the chaff, and tracking it with a MSQ Radar. 5. The RF attenuation measurements were made by carrying eight transmitters (four operating near 225 me and four near 1500 mc) aloft on eight two-stage rockets amd recording received signal strength at two separate locations. Six of these carriers were Deacon-Arrow II combinations and two were Viper II-Arrow II combinations. 6. Optical instrumentation included high speed and longer time photography through three different narrow band frfAtem a high resolution spectral record, burst position by plate cameras located at each MIDOT station, and black and white and color documentray photography. 7. The warheads used on the high altitude shots were modified, installed, checked out, and armed by Program 32. Es. hil0p 4 que 4! PAGE s=$”