BSM Research Associates: Missile Defense Technologies and Applications; Image Processing of Turin Shroud
[PLEASE USE CONTROL (+) FOR ZOOMS AND CONTROL (0) FOR NORMAL VIEW]. Missile Defense Targeting Issues and Systems: People's Republic of China (PRC) DONG FENG Series DF-31/41; Islamic Republic of Iran SHAHAB V-VI Series; Iranian GHADR 110 Series; Democratic People's Republic of Korea (DPRK), TAEPO-DONG II/III Series; Russian Federation Target detection, acquisition, classification and identification (ATDCI) as a function of liquid-solid propellant coupling. Ruin Shroud: (Dating back to the 1st Century the Shroud of the Lord Jesus' face at Turin is deemed by BSM Research Associates as a definitive physical description of the death and flash physics resurrection. The combustion pigmentation on the cloth, as evidence by the work at the US Naval Warfare Center's electro-optics research, commences from the inside out.
Friday, 30 September 2011
Wednesday, 21 July 2010
Double Shock Correlation: Stars and Rocket Exhaust Plumes; SS-N-22 Sunburn; YJ-62 Chinese Antiship, Anti-Strikegroup Submarine Launched Cruise Missile; China Launches ASCM 35 Miles from Los AngelesLos Angeles
BSM RESEARCH ASSOCIATES HOMEPAGE
BSM Research Missile Defense Section
Asian Axis: PRC; Russian Federation; North Korea; Iran and India
People's Republic Of China (PRC) 8 November 2010 ASCM YJ-62 Submarine-Launched Antiship Cruise Missile: PRC provocatively fired a missile 35 Miles from Los Angeles headed west over the Pacfic. [Frames: Plate MDA: 6-7]. The United States Department of Defense Pentagon's official response included a lie to the American people and the world, stating the target was in fact an airliner. Presumably this was to diminish the obvious embarrassement of a PRC submarine deployment to a major US city, with a subsequent launch of an antiship, Tomohawk reverse-engineered YJ-62. The imagery set processed here at BSM Research clearly indicates a submarine-launched, BGM 109 type strategic Version PRC YJ-62 solid propellant + turbofan jet cruise missile. This missile is one of the offensive systems included in the PRC antiship, anti-strike group inventory. It will be used to secure the island of Taiwan for mainland China; keeping the United States out.)
Monday, 01 February 2010
BOREI Class SLBM Bulava Exhaust Plume Analysis; Iranian GHADR 110;
BSM Research Associates Missile Defense Homepage
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This section addresses the Russian Borei Class SSBN sub's new RMS-56 BULAVA SLBM; the R-29RMU SINEVA SLBM is also analysed.
Russian Borei SLBM_R29 RMU SINEVA and RMS 56 BULAVA.pdf
The GHADR 110 (Sejjil) is a two-stage, primary solid-propellant with liquid propellant attitude control systems (ACS), surface-to-surface missile produced by Iran. 
PRIMARY A Plume Expansion Rate Master Km Altitude.xls
Missile Exhaust Plume Expansion HEL Extinction Effects.pdf
Friday, 18 December 2009
Clifford Anthony Paiva_BSMRA: Electromagnetic Pulse (EMP) Effects Expected from Asian Axis ICBM and IRBM Forces
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Electromagnetic pulses (EMP) occurs as a result of a nuclear explosion whereby free electrons and charged particles align with the ambient geomagnetic field and flow as a current. This then generates an intense magnetic field which further induces powerful electrical current surges in proximity circuits (homes, businesses, automobiles, computers, etc.). Wikipedia: The fact that an electromagnetic pulse is produced by a nuclear explosion was known since the earliest days of nuclear weapons testing, but the magnitude of the EMP and the significance of its effects were realized very slowly.[1]
During the first United States nuclear test in 1945, electronic equipment was shielded due to Enrico Fermi's expectation of an electromagnetic pulse from the detonation. The official technical history for that first nuclear test states, "All signal lines were completely shielded, in many cases doubly shielded. In spite of this many records were lost because of spurious pickup at the time of the explosion that paralyzed the recording equipment."[2] During British nuclear testing in 1952–1953 there were instrumentation failures that were attributed to "radioflash," which was then the British term for EMP.[3][4]
The high altitude nuclear tests of 1962, as described below, increased awareness of EMP beyond the original small population of nuclear weapons scientists and engineers. The larger scientific community became aware of the significance of the EMP problem after a series of three articles were published about nuclear electromagnetic pulse in 1981 by William J. Broad in the weekly publication Science.[1][5][6]
Electromagnetic Pulse Israel Study.pdf
Monday, 30 November 2009
Clifford Anthony Paiva_BSMRA: MIssile Exhaust Plume Spatial and Spectral Characterization
BSM RESEARCH ASSOCIATES HOMEPAGE
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Spectral, spatial and temporal algorithms are affected by the assymetric distribution of intensities, both spatially and spectrally, as a function of time for boost-phase ascent. It is imperative that accurate assessments based on available launch and space field data are used in target detection, track, classification and identification (ATDCI) algorithm development.
Clifford Anthony Paiva_BSMRA_Missile Spectral and Spatial data.pdf
Clifford Anthony Paiva Missile Defense Agency (MDA)Space-Based Tracking and Surveillance System (STSS).pdf Clifford Anthony Paiva RESUME 2010.pdf
C.A. Paiva_BSMRA: Missile Target Spectral/Spatial/Temporal Discrimination
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Frames include the results of general (unclassified) discrimination using spectral, spatial and temporal techniques applied to boost-phase Asian Axis targets. The PRC DONG FENG 31 derivative, Iranian GHADR 110 two stage, plus liquid propellant PBV, is also presented.
Clifford Anthony Paiva RESUME 2009.doc
Clifford Anthony Paiva_BSMRA_Spectral Emissions Missiles.pdf
Clifford Anthony Paiva RESUME 2010.pdf
GHADR 110_Sejjil.pdf
Clifford Anthony Paiva_BSMRA: Missile Defense Angle-of-Attack Exhaust Plume Emissions
Missile exhaust plume angle-of-attack (against atmospheric molecular species) generates severe molecular dissociation and ionization phenomena. This may result in surveillance detection, tracking, identification and classification challenges for the Missile Defense Agency (MDA) centroid algorithm discrimination techniques.
Clifford Anthony Paiva_Angle-of-Attack.pdf 
Clifford Anthony Paiva_BSMRA: The Current ICBM/MRBM/SRBM and SLBM Axis Threats
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Missile transfer technologies of the Asian Axis normally commenced from the Russian Federation to People's Republic of China (PRC), through North Korea and finally into the Middle East Subsidiaries (Iran, Syria and Lybia).
Clifford Anthony Paiva_Asian Axis Threat.pdf
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[PLEASE USE CONTROL (+) FOR ZOOMS AND CONTROL (0) FOR NORMAL VIEW]. Missile Defense Agency (MDA): More than 25 years ago, President Ronald Reagan challenged the U.S. scientific community to develop anti-ballistic, and anti-ship ballistic missile technologies that would improve our national security and reduce our reliance on nuclear weapons. Today, the Missile Defense Agency, or MDA, is answering that challenge. The MDA has fielded an initial capability to protect the U.S and our allies against limited ballistic missile attack. The Ballistic Missile Defense System (BMDS) is becoming more integrated, robust, and global every day.
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- Double Shock Correlation: Stars and Rocket Exhaust Plumes; SS-N-22 Sunburn; YJ-62 Chinese Antiship, Anti-Strikegroup Submarine Launched Cruise Missile; China Launches ASCM 35 Miles from Los AngelesLos Angeles
- BOREI Class SLBM Bulava Exhaust Plume Analysis; Iranian GHADR 110;
- Clifford Anthony Paiva_BSMRA: Electromagnetic Pulse (EMP) Effects Expected from Asian Axis ICBM and IRBM Forces
- Clifford Anthony Paiva_BSMRA: MIssile Exhaust Plume Spatial and Spectral Characterization
- C.A. Paiva_BSMRA: Missile Target Spectral/Spatial/Temporal Discrimination
- Clifford Anthony Paiva_BSMRA: Missile Defense Angle-of-Attack Exhaust Plume Emissions
- Clifford Anthony Paiva_BSMRA: The Current ICBM/MRBM/SRBM and SLBM Axis Threats
- Clifford Anthony Paiva_BSMRA: The Shroud of Turin: HIgh Resolution Of Lord's Face
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Cliff: When (not if) the Chinese nuclearly attacks a Taiwan-defending US Carrier Strikegroup, the United States retaliatory option will be limited to attacking the Asian continent itself. China of course does not currently possess a naval battlegroup. America will then be charged of war-escalation to an all out intercontinental nuclear exchange with the Asian Axis (Russian Federation, People's Republic of China and the Democratic People's Republic of Korea). This of course is termed nuclear blackmail. Put another way, in a nuclear confrontation with China over Taiwan, America's battlegroups are a sitting duck. (01/25/11)
Chyna: Sharp thnkiing! Thanks for the answer. (12/13/11)
Pink: Hey, good to find someone who aegres with me. GMTA. (12/14/11)