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hydrocephalus 474 HYDROGEN 1 MINUS BEAMS<br />

NT3 decalin<br />

NT2 decane<br />

NT2 dodecane<br />

NT2 ethane<br />

NT2 heptane<br />

NT2 hexadecane<br />

NT2 hexane<br />

NT2 methane<br />

NT2 octane<br />

NT2 paraffin<br />

NT2 p<strong>en</strong>tane<br />

NT2 propane<br />

NT2 squalane<br />

NT1 alk<strong>en</strong>es<br />

NT2 2-methylprop<strong>en</strong>e<br />

NT2 but<strong>en</strong>es<br />

NT2 cycloalk<strong>en</strong>es<br />

NT3 cyclop<strong>en</strong>tadi<strong>en</strong>e<br />

NT3 norbornadi<strong>en</strong>e<br />

NT3 quadricycl<strong>en</strong>e<br />

NT2 ethyl<strong>en</strong>e<br />

NT2 hept<strong>en</strong>es<br />

NT2 hex<strong>en</strong>es<br />

NT2 oct<strong>en</strong>es<br />

NT2 p<strong>en</strong>t<strong>en</strong>es<br />

NT2 propyl<strong>en</strong>e<br />

NT1 alkynes<br />

NT2 acetyl<strong>en</strong>e<br />

NT2 cycloalkynes<br />

NT2 propyne<br />

NT1 anthrac<strong>en</strong>e<br />

NT1 azul<strong>en</strong>e<br />

NT1 b<strong>en</strong>zanthrac<strong>en</strong>e<br />

NT1 b<strong>en</strong>z<strong>en</strong>e<br />

NT1 b<strong>en</strong>zopyr<strong>en</strong>e<br />

NT1 biph<strong>en</strong>yl<br />

NT1 carot<strong>en</strong>oids<br />

NT1 chrys<strong>en</strong>e<br />

NT1 cum<strong>en</strong>e<br />

NT1 cym<strong>en</strong>e<br />

NT1 divinylb<strong>en</strong>z<strong>en</strong>e<br />

NT1 dur<strong>en</strong>e<br />

NT1 fluor<strong>en</strong>e<br />

NT1 indan<br />

NT1 ind<strong>en</strong>e<br />

NT1 mesityl<strong>en</strong>e<br />

NT1 naphthal<strong>en</strong>e<br />

NT1 oligoph<strong>en</strong>yl<strong>en</strong>es<br />

NT1 p<strong>en</strong>tac<strong>en</strong>e<br />

NT1 ph<strong>en</strong>anthr<strong>en</strong>e<br />

NT1 polycyclic aromatic hydrocarbons<br />

NT2 3-methylcholanthr<strong>en</strong>e<br />

NT1 poly<strong>en</strong>es<br />

NT2 di<strong>en</strong>es<br />

NT3 all<strong>en</strong>e<br />

NT3 butadi<strong>en</strong>e<br />

NT3 cyclop<strong>en</strong>tadi<strong>en</strong>e<br />

NT3 ferroc<strong>en</strong>e<br />

NT3 isopr<strong>en</strong>e<br />

NT3 p<strong>en</strong>tadi<strong>en</strong>es<br />

NT2 polyacetyl<strong>en</strong>es<br />

NT2 squal<strong>en</strong>e<br />

NT1 polyph<strong>en</strong>yls<br />

NT2 terph<strong>en</strong>yls<br />

NT3 terph<strong>en</strong>yl-ortho<br />

NT3 terph<strong>en</strong>yl-para<br />

NT1 pyr<strong>en</strong>e<br />

NT1 quaterph<strong>en</strong>yls<br />

NT1 stilb<strong>en</strong>e<br />

NT1 styr<strong>en</strong>e<br />

NT1 tetrac<strong>en</strong>e<br />

NT1 tetralin<br />

NT1 tolan<br />

NT1 tolu<strong>en</strong>e<br />

NT1 triph<strong>en</strong>yl<strong>en</strong>e<br />

NT1 xyl<strong>en</strong>es<br />

NT2 xyl<strong>en</strong>e-para<br />

RT aromatics<br />

RT bromoform<br />

RT fischer-tropsch synthesis<br />

RT fish oil<br />

RT fluidized bed hydrog<strong>en</strong>ation process<br />

RT fluoroform<br />

RT freons<br />

RT iodoform<br />

RT meadow foam<br />

RT oils<br />

RT partial oxidation processes<br />

RT petroleum<br />

RT refrigerants<br />

RT shell gasification process<br />

RT turp<strong>en</strong>tine<br />

hydrocephalus<br />

USE malformations<br />

HYDROCHLORIC ACID<br />

Prior to August 2012 the concept ‘hydrog<strong>en</strong><br />

chlorides’ was indexed here<br />

*BT1 chlorine compounds<br />

*BT1 inorganic acids<br />

RT aqua regia<br />

RT hydrog<strong>en</strong> chlorides<br />

HYDROCORTISONE<br />

UF cortisol<br />

*BT1 glucocorticoids<br />

HYDROCRACKING<br />

2000-05-08<br />

*BT1 cracking<br />

RT catalytic cracking<br />

RT thermal cracking<br />

HYDROCYANIC ACID<br />

Prior to August 2012 the concept ‘hydrog<strong>en</strong><br />

cyanides’ was indexed here<br />

*BT1 inorganic acids<br />

RT hydrog<strong>en</strong> cyanides<br />

hydrocyclones<br />

INIS: 2000-04-12; ETDE: 1978-07-27<br />

USE cyclone separators<br />

HYDRODYNAMIC MASS EFFECT<br />

INIS: 1976-03-17; ETDE: 1976-08-24<br />

A virtual increase of the mass of solids wh<strong>en</strong><br />

vibrating in fluids.<br />

UF added mass effect<br />

UF virtual mass effect<br />

RT damping<br />

RT eig<strong>en</strong>frequ<strong>en</strong>cy<br />

RT hydrodynamics<br />

RT mechanical vibrations<br />

HYDRODYNAMIC MODEL<br />

A model for particle production in high<strong>en</strong>ergy<br />

collisions that applies relativistic<br />

hydrodynamics to the coalesced hadronic<br />

matter.<br />

*BT1 thermodynamic model<br />

RT nuclear models<br />

RT particle production<br />

HYDRODYNAMICS<br />

*BT1 fluid mechanics<br />

NT1 electrohydrodynamics<br />

NT1 magnetohydrodynamics<br />

RT counterflow systems<br />

RT crossflow systems<br />

RT fluid flow<br />

RT flute instability<br />

RT hydraulics<br />

RT hydrodynamic mass effect<br />

RT liquid flow<br />

RT rayleigh-taylor instability<br />

RT working fluids<br />

HYDROELECTRIC POWER<br />

UF hydroelectricity<br />

*BT1 electric power<br />

*BT1 r<strong>en</strong>ewable <strong>en</strong>ergy sources<br />

RT grand river<br />

RT hydroelectric power plants<br />

RT pumped storage power plants<br />

HYDROELECTRIC POWER PLANTS<br />

1997-10-03<br />

BT1 power plants<br />

NT1 high-head hydroelectric power plants<br />

NT1 low-head hydroelectric power plants<br />

NT1 medium-head hydroelectric power<br />

plants<br />

NT1 micro-scale hydroelectric power<br />

plants<br />

NT1 pumped storage power plants<br />

NT1 small-scale hydroelectric power<br />

plants<br />

RT altamaha river<br />

RT au sable river<br />

RT dams<br />

RT fish passage facilities<br />

RT flood control<br />

RT hydroelectric power<br />

RT lewis river<br />

RT little t<strong>en</strong>nessee river<br />

RT m<strong>en</strong>ominee river<br />

RT peaking power plants<br />

RT p<strong>en</strong>stocks<br />

RT pumped storage<br />

RT saginaw river<br />

RT skagit river<br />

RT spillways<br />

RT turbines<br />

RT water wheels<br />

hydroelectricity<br />

USE hydroelectric power<br />

HYDROFLUORIC ACID<br />

Prior to August 2012 the concept ‘hydrog<strong>en</strong><br />

fluorides’ was indexed here<br />

*BT1 fluorine compounds<br />

*BT1 inorganic acids<br />

RT hydrog<strong>en</strong> fluorides<br />

hydroformylation<br />

INIS: 2000-04-12; ETDE: 1983-06-20<br />

USE carbonylation<br />

HYDROGELS<br />

2006-02-06<br />

Two-phase colloidal systems in which the<br />

disperse phase (particles) has combined with<br />

water.<br />

*BT1 gels<br />

RT polymers<br />

RT water<br />

HYDROGEN<br />

*BT1 nonmetals<br />

RT balmer lines<br />

RT cryog<strong>en</strong>ic fluids<br />

RT dehydridation<br />

RT h1 regions<br />

RT hydridation<br />

RT hydrog<strong>en</strong>-based economy<br />

RT hydrog<strong>en</strong> embrittlem<strong>en</strong>t<br />

RT hydrog<strong>en</strong> fuels<br />

RT hydrog<strong>en</strong> meters<br />

RT hydrog<strong>en</strong> production<br />

RT hydrog<strong>en</strong> storage<br />

RT lyman lines<br />

HYDROGEN 1<br />

UF protium<br />

*BT1 hydrog<strong>en</strong> isotopes<br />

*BT1 light nuclei<br />

*BT1 odd-ev<strong>en</strong> nuclei<br />

*BT1 stable isotopes<br />

RT hydrog<strong>en</strong> deuteride

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