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1  assessment of biological sources of NADPH's high energy electrons.
2             Frozen RNAs were irradiated with high energy electrons.
3 lectric wakefield accelerators as sources of high-energy electrons.
4 nergy protons and an outer zone dominated by high-energy electrons.
5 plasmids were exposed in the frozen state to high-energy electrons.
6  reverse transcriptase, were irradiated with high-energy electrons.
7 ucts of the K92 gene cluster were exposed to high-energy electrons.
8 rozen rabbit immunoglobulin G was exposed to high-energy electrons.
9  various situations in astrophysics in which high-energy electrons and intense circularly polarized l
10 parated inner zone is composed of commingled high-energy electrons and very energetic positive ions (
11 iation was observed for many organ pairs for high-energy electrons (as would be emitted by nuclides s
12  Purified HL was exposed to various doses of high energy electrons at -135 degrees C; lipase activity
13 oying, Hg was evaporated due to the use of a high-energy electron beam and the process was imaged in
14  The effects of vacuum packaging followed by high-energy electron beam irradiation on the shelf-life
15 lly and through numerical simulations that a high-energy electron beam is produced simultaneously wit
16 r-diameter pores by using a tightly focused, high-energy electron beam to sputter atoms in 10-nm-thic
17 d SrO unit cells aided by in situ reflection high energy electron diffraction monitoring.
18 rystals investigated with in situ reflection high-energy electron diffraction (RHEED) and ex situ ato
19          A combination of in-situ reflection high-energy electron diffraction recorded during the gro
20 to the single-cycle nature of the field, the high-energy electron emission is predicted to be confine
21 e cell-killing potential of the short-range, high-energy electrons emitted during the neutron capture
22   A Varian Clinac iX is used to simulate the high-energy electrons emitted from (90)Sr, and a high ef
23 ed surface plasmons create a non-equilibrium high-energy electron gas in nanostructures that can be i
24 role of radicals generated via radiolysis by high-energy electrons in modifying galvanic reactions.
25  species must originate from collisions with high-energy electrons, ions or particles from a hot plas
26 noscale particles leads to the production of high-energy electrons, ions, neutral atoms, neutrons and
27                                 By employing high-energy electron-loss signals (of several hundred eV
28                                By scattering high-energy electrons off a proton we are able to resolv
29 inately fast neutrons generated by impinging high-energy electrons onto a tantalum convertor are mode
30 e chorus is instrumental in the formation of high-energy electrons outside the plasmasphere, whereas
31 rements confirmed the existence of Jupiter's high-energy electron-radiation belts, with evidence for
32 nstrating that a substantial fraction of the high-energy electrons responsible for the polarized phot
33 amples were irradiated with various doses of high energy electrons; samples were subsequently thawed,
34                                          Our high-energy electron-scattering measurements using (12)C
35 sent work reveals the potential of BDDL as a high-energy electron source for use with co-catalysts in
36 gnificant cross irradiation was observed for high-energy electrons, such as those from (90)Y or (188)
37   This important wave is known to remove the high-energy electrons that are trapped along the Earth's
38 --also known as the Van Allen belts--contain high-energy electrons trapped on magnetic field lines.

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