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	Deuteron
		The fact the deuteron having an electric quadrupolar moment means that the distribution of its structure probability density goes off spherical symmetry which implies that the nuclear potential representative of the forces acting on the two nucleons has not a perfect spherical symmetry.
		In short, from the orbital model the deuteron central deficiency of charge density derives straightforwardly from the proposed orbital structure of the neutron, considered formed by a core proton and a shell.
		So, the deuteron central deficiency of charge density rises from the logical separation between the two core protons due to the mutual repulsion of their positive charge, while the negative wrapping shell keeps them bonded.
	www.terra.es /personal/gsardin/deuteron.htm (1461 words)

	Crop Circle Analysis
		That means, roughly speaking, that each deuteron would have to be accelerated by an electrical field possessing a total potential of not less than one million volts, which is a considerable amount of energy.
		Deuteron activation of iron-56 can also produce the radionuclides manganese-54 (half-life: 312 days) and cobalt-57 (half-life: 72 days.) But these would require levels of energy perhaps higher than required to generate most of the observed radionuclides.
		The deuterons could not exert enough force to press the plants to the ground, for if they did, the plants would also be burned to a crisp.
	execonn.com /cropcircles/isotopes.html (5385 words)

	ENERGY SCIENCE REPORT No. 5
		These are (a) that the deuteron exhibits a nuclear magnetic moment that is about 6/7ths of that expected in relation to its spin property and (b) that the proton exhibits properties suggesting it is composed of three charges, rather than a single charge.
		The deuteron property implies that it has a state for one seventh of the time in which its positive charge becomes that of a satellite beta-plus particle that has been transiently displaced from the mass of its core, which thereby reacts as a neutral charge in its spin response during that limited transient period.
		In this case, the deuteron would become a triton, whereas in the triton the proton infusion into the two-proton component destroys the beta particle nuclear chain and severs the link with the antiproton component, which thereby becomes involved in a decay which replenishes the virtual mu-meson population of the vacuum.
	www.aspden.org /reports/Es5/esr5.htm (15324 words)

	The Deuteron (Site not responding. Last check: 2007-10-20)
		The deuteron, composed of a proton and a neutron, is a stable particle.
		The stability of the deuteron is an important part of the story of the universe.
		In the Big Bang model it is presumed that in early stages there were equal numbers of neutrons and protons since the available energies were much higher than the 0.78 MeV required to convert a proton and electron to a neutron.
	hyperphysics.phy-astr.gsu.edu /hbase/particles/deuteron.html (270 words)

	NEW STRUCTURE MODELS OF HADRONS, NUCLEI AND MOLECULES PERMITTED BY HADRONIC MECHANICS, THEIR EXPERIMENTAL VERIFICATIONS ...
		As a result, when members of the deuteron structure, protons and electrons are not ordinary particles as known in the standard literature (that is, irreducible representations of the Poincare' group), and are instead isoprotons and isoelectrons (that is, irreducible isorepresentations of the Poincare'-Santilli isogroup (29)).
		Recall also that the deuteron is in its ground state with null angular momentum in which case there is no orbital contribution to the total magnetic moment from the two protons.
		As indicated in Section 1, the assumption that the deuteron is a bound state of a proton and a neutron permits no identification of the physical origin of the nuclear force.
	www.neutronstructure.org /part6.htm (8374 words)

	Deuteron Contamination Study using Thermal Model (Site not responding. Last check: 2007-10-20)
		For protons, F(y) is a linear parameterization obtained from the data at 6 A GeV, while for deuterons, F(y) is used with twice the slope of the protons.
		We are used to the idea that deuterons misidentified as protons come from rapidities that are further back in y relative to the real protons, and that is certainly true at lower Pt.
		Assume for the moment that deuterons from the red band contaminate protons at the 20% level in the case of the y = 0.4 slice.
	www-rnc.lbl.gov /~hengliu/e895/thermal.html (517 words)

	CERN Courier - Bochum breaks deuteron polar - IOP Publishing - article
		A maximum deuteron polarization of 56% at 2.5 T is already being achieved with the target for the COMPASS experiment (NA58) at CERN, which was developed and produced at Bochum.
		A further substantial increase of the deuteron polarization has been achieved in both D-butanol and D-propanediol, chemically doped with radicals of the trityl family (which was developed and delivered by Amersham Health, Malmö).
		The resonances are separated by the so-called quadrupole splitting, which is a consequence of the interaction of the deuteron quadrupole moment with the lattice electrical field gradient at the site of the deuteron.
	www.cerncourier.com /main/article/43/7/4 (929 words)

	Homepage Time Reversal Invariance Collaboration
		The tensor polarized deuteron target is prepared using the polarized atomic beam target facility of the COSY experiment #5 (phase 1).
		The deuteron vector polarization can be adjusted to be zero in the atomic beam source, if this polarization is measured in the dump of the atomic beam source.
		In this case the deuteron beam dump has to be replaced by an arrangement of two 6-pole magnets and at least two RF-transitions (principle of an "inverted" nuclear spinpreparation system of a ground-state atomic beam source).
	www.iskp.uni-bonn.de /gruppen/tri/index-4.html (3263 words)

	A Simple Minded Look at the Deuteron
		The deuteron is the lightest, nontrivial nucleus (where I am viewing the proton as the lightest nucleus).
		The small binding energy would indicate that the deuteron is an extended object and that the details of the potential causing its formation are not really that relevant to its properties.
		Further, as the deuteron is the only bound state of the NN system, it is going to be an S-state (neglecting the mixing of different L-states) as we know from quantum mechanics that the higher angular momentum states are at higher energy.
	www.phys.washington.edu /users/savage/Class_560/lec560_3/node1.html (586 words)

	[No title]
		Kappa Deuteron becomes the fifth Greek-letter secret society at The University of Georgia.
		"While we Brothers of Kappa Deuteron are very proud to hold the Cheney Cup, it is very important that we put it in the proper perspective.
		Providing for its members and encouraging them to do their best in all their endeavors is the primary goal of this Chapter...
	www.uga.edu /fiji/chaphist.htm (677 words)

	Deuteron EDM homepage at IUCF (Site not responding. Last check: 2007-10-20)
		The Deuteron EDM Collaboration is investigating the possibility to search for and EDM on a charged particle by placing it in a storage ring and observing the precession of its spin due to the electric field induced by its motion (v x B).
		To give the precession time to develop, we propose to incorporate a radial electric field into the ring to adjust the size of the orbit so that, for a given magnetic field, the orbit period and the spin precession period coincide.
		For this, new measurements are required of the influence of spin on deuteron reactions and scattering from a carbon target.
	www.iucf.indiana.edu /~dedm (706 words)

	Current JINR Home Experiments in Part. Phys. (Site not responding. Last check: 2007-10-20)
		We propose a measurement of spin dependent reaction observables using beams of 3 to 4.5 GeV/c polarized deuterons on deuterium and hydrogen targets with the ALPHA setup, a recognized center for deuteron polarization studies.
		Pions and kaons are assumed to be detected as secondary particles at zero angle in the kinematical region forbidden for a free nucleon-nucleon collision (cumulative region) and in kinematical region forbidden for a free deuteron-nucleon collision (twice cumulative region).
		In the double scattering experiment the coefficient of the polarization transfer from the vectorially polarized deuteron to the proton-fragment with fixed momentum of 4.5 GeV/c in dependence on the incident deuteron energy was measured.
	sunhe.jinr.dubna.su /~strok/beams1.html (4463 words)

	Deuteron EDM homepage at IUCF (Site not responding. Last check: 2007-10-20)
		January 28, 2005, a review of rainbow scattering for deuterons and the implications for the measurement of deuteron and proton polarization.
		September 12-13, 2003 first presentation of the "slow extraction" polarimeter, a gentle introduction to deuteron spin dependence, report on a Monte Carlo of the polarimeter, including tensor polarization effects and the effective depolarization due to data binning.
		July 30-31, 2003 a first version of the deuteron polarimeter Monte Carlo simulation, with a first look at tensor effects and depolarization.
	www.iucf.indiana.edu /~dedm/collab.html (205 words)

	Philo T. Farnsworth Fusion Discussion Board (Site not responding. Last check: 2007-10-20)
		Under ideal situations the deuteron is accelerated through the full fusor applied potential to collide head on with a like deuteron accelerated from the opposite side of the fusor.
		For any deuteron at any energy (Ek- in electron volts), there is a specific velocity V. Therefore, relative to any given deuteron, it sees itself as being hit at 2V.
		In better fusors of lower pressure, with confined deuteron production near the outer walls or with ion guns, the power losses fall and more and more deuterons have a chance to fuse, arriving at the central focus at fusion energy.
	fusor.net /old-boards/songs.com/msgs/msg-1178.html (607 words)

	Deuterium spin probes of side-chain dynamics in proteins. 1. Measurement of five relaxation rates per deuteron in ... (Site not responding. Last check: 2007-10-20)
		Measurement of five relaxation rates per deuteron in (13)C-labeled and fractionally (2)H-enriched proteins in solution.Very good agreement is obtained between calculated parameters describing the amplitudes and time scales of motion when different subsets of the relaxation data are employed.
		Since values of the spectral density function at only three different frequencies contribute to the five relaxation rates, the self-consistency of the relaxation data is readily established.
		All five deuterium relaxation rates have been measured for deuterons in the methyl groups of the B1 immunoglobulin binding domain of peptostreptococcal protein L and the N-terminal SH3 domain from the protein drk.
	www.pdg.cnb.uam.es /UniPub/iHOP/gp/9210471.html (212 words)

	Meson Retardation in Deuteron Photodisintegration Above (ResearchIndex) (Site not responding. Last check: 2007-10-20)
		Abstract: Photodisintegration of the deuteron above ß-threshold is studied in a coupled channel approach including N \Delta- and ßd-channels with pion retardation in potentials and exchange currents.
		INTRODUCTION Despite its long history, photodisintegration of the deuteron is still a very intensely studied process.
		0.4: The spin response of the deuteron and its implication for the..
	citeseer.ist.psu.edu /203383.html (264 words)

	The Deuteron, and more about the Dynamical Symmetry Breaking
		And this is what the deuteron really looks like in the so-called intrinsic reference frame.
		The intrinsic wave function of the deuteron breaks the rotational symmetry, and breaks the isospin symmetry, i.e., a rotation in the real space, and a rotation in the iso-space, gives another wave function.
		The deuteron wave function, with which we have begun this discussion, is a perfect example of such a situation.
	info.fuw.edu.pl /~dobaczew/maub-42w/node17.html (1343 words)

	IngentaConnect Effects of variable nucleon energy in the relativistic analysis o... (Site not responding. Last check: 2007-10-20)
		Deuteron-nucleus elastic scattering at intermediate energies is analysed using a deuteron interaction obtained from the covariant folding of recent energy- and atomic-mass-number-dependent global Dirac-phenomenology nucleon-nucleus potentials.
		The effects of allowing the nucleons in the deuteron to interact with the target with a variable energy, determined by their relative momentum, are studied for the first time.
		Ni [/iopmath] improves the agreement with the data at deuteron energies of 400 and 700 MeV and is particularly strong at 400 MeV.
	www.ingentaconnect.com /content/iop/jphysg/2000/00000026/00000008/art00309 (203 words)

	EDM in Storage Rings Collaboration Home Page
		The Storage Ring EDM collaboration is working on a method capable of reaching a sensitivity of 10^-29 e-cm for the deuteron bare nucleus and 10^-28 e-cm for the proton.
		The deuteron EDM experiment at 10^{-27} e cm is 10 to 100 times better than current EDM limits in terms of sensitivity to quark and gluon EDM, and the QCD theta parameter.
		The deuteron and neutron EDM searches are complementary and combined together they will provide severe constraint to the CP-violation sources.
	www.bnl.gov /edm (992 words)

	Phi Gamma Delta Home
		The Fraternity of Phi Gamma Delta was founded at Jefferson College in 1848, and in 1871, the fraternity's Kappa Deuteron Chapter was established at the University of Georgia.
		Kappa Deuteron has won the O.H. Cheney Cup eleven times in their only thirty-six years of existence.
		The brothers of Kappa Deuteron continually strive to achieve excellence in academics, athletics, and service to the local community.
	www.uga.edu /~fiji (260 words)

	Deuteron book search page
		NMR studies on molecular motion and deuteron quadrupole coupling in some solids
		Experimental investigations of the proton and deuteron structure functions
		excuse it, as Deuteron might by the theory that the sensational element
	1abook.20m.com /deuteron.html (138 words)

	The Size And The Shape Of The Deuteron (Site not responding. Last check: 2007-10-20)
		This experiment has gained new information on the shape and size of the deuteron, a nucleus consisting of a proton and a neutron.
		While previous experiments have probed the size of the deuteron to only 0.5 Fermi, about half the size of a proton, this new experiment is the first to resolve details of the deuteron structure down to a fifth of the proton's size.
		Surprisingly enough and contrary to some theoretical predictions, this experiment shows that even at this small scale the deuteron can still be described perfectly well by "classical" nuclear physics as a system of a proton and a neutron loosely held together, without considering the fundamental building blocks of the particles, namely quarks and gluons.
	www.eurekalert.org /pub_releases/1998-04/AIoP-TSAT-190498.php (265 words)

	Cold Fusion Research: Models And Potential Benefits
		Very high thermal energy prevents the Coulomb forces from deviating their trajectories under conditions of hot fusion, but in metal there is a high concentration of low-thermal-energy protons and electrons at a mean distance of about 2 Angstroms and when exposed to a transient electrical field the probability of the three-body collision increases.
		Also the theory that deuterons (protons) exist in deep energy wells may not be valid because the protons appear to be mobile in a similar state as classical oscillators.
		A deuteron in such a crystal is subject to forces from the crystal lattice, as well as the Coulomb force from another deuteron.
	www.padrak.com /ine/NICONF96.html (5690 words)

	Theta Delta Chi Fraternity, Lambda Deuteron Charge @ University of Toronto
		22 Madison is the home of the Lambda Deuteron Charge of Theta Delta Chi Fraternity, both physically and electronically.
		Located at the University of Toronto since 1912, Lambda Deuteron has grown with the university since its infancy.
		Learn a little about the current brothers, the 93 year history of Lambda Deuteron, or the 158 year history of Theta Delta Chi Fraternity.
	www.22madison.com (351 words)

	Creation of the Universe - Harun Yahya
		This neutron forms a deuteron by uniting with a proton.
		The force causing this unification is the "strong nuclear force"; the force that converts a proton into a neutron on the other hand is a different one and is called the "weak nuclear force".
		If the strong nuclear force were any stronger than it is, it would be able to fuse two protons to one another immediately and without having to wait ten minutes for a proton to be converted into a neutron.
	www.creationofuniverse.com /html/order_skies_01.html (4228 words)

	Magnetic Moment of the Deuteron as Probe of Relativistic Corrections (ResearchIndex)
		Abstract: : The calculation of the magnetic moment of the deuteron in the framework of the Bethe--Salpeter approach is performed.
		The relativistic corrections are calculated analytically and estimated numerically.
		A comparison with the non-relativistic schemes of calculations including mesonic exchange currents is made.
	citeseer.ist.psu.edu /351053.html (226 words)

	Tests of Time Reversal Symmetry in the Deuteron (ResearchIndex)
		A excellent candidate for such experiments is the proton deuteron system.
		This system is analyzed in terms of effective T-violating P-conserving nucleon-nucleon interactions and bounds on coupling strengths that might be expected are given.
		0.1: Quark-exchange Effects in a Deuteron Breakup at Intermediate..
	citeseer.ist.psu.edu /122065.html (258 words)

	binding energy of deuteron - Want to know more about binding energy of deuteron? (Site not responding. Last check: 2007-10-20)
		Read about binding energy of deuteron in the free online encyclopedia and dictionary.
		Binding energy of a deuteron 2 H A deuteron is the nucleus of a deuterium atom, and consists of one proton and one neutron.
		used to refer to computing this value as a "packing fraction" calculation) [ edit ] Binding energy of a deuteron 2 H A deuteron is the nucleus of a deuterium atom, and consists of one proton and one neutron...
	ardwinproducts.com /find/Binding-Energy-of-Deuteron.aspx (226 words)

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