88 lines
3.6 KiB
Text
88 lines
3.6 KiB
Text
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<heimer-mind-map alz-format-version="2" application-version="4.3.0">
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<style>
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<color r="221" b="221" g="221"/>
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<edge-color r="255" b="255" g="255"/>
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<grid-color r="153" b="153" g="153"/>
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<text-size>14000</text-size>
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<corner-radius>5000</corner-radius>
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</style>
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<graph>
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<node h="75000" i="5" x="624000" y="-136000" w="200000">
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<text>year 6</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="75000" i="0" x="-640000" y="-136000" w="200000">
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<text>Year 1</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="166000" i="7" x="-384000" y="48000" w="919000">
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<text>Phd student
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experimental setup and diagnostic for structured electron beam at/after flute, extend beyond accelerator
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and into phantom/target/ ….charge distribution outside vaccum/after matter interaction & dosimetry,
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...dependence on structured beam...see in plan
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→ provide input for simulations and later cross-checks with simulation based on measurement results
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</text>
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<text>year 2</text>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="212000" i="10" x="-256000" y="-296000" w="586000">
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<text>PostDoc
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extend and combine simulations and implement new methods
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to propagate structured beams through matter interaction, based
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on the existing simulations like MC but also transport matrix stuff,
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include not only single electron matter effects but also consider
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collective effects during transport through matter for electrons
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?think about x-rays from KARA?
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</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="75000" i="3" x="112000" y="-136000" w="200000">
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<text>year 4</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="75000" i="4" x="368000" y="-136000" w="200000">
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<text>year5</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="166000" i="8" x="368000" y="168000" w="914000">
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<text>Phd student
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based on previous results work on algorithm/method to adjust starting distribution
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in such a way that the
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a certain “requested” distribution on target is achieved by pre-compensating(??) the expected effects of
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transport through accelerator and matter….
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</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<node h="75000" i="2" x="-128000" y="-136000" w="200000">
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<text>year 3</text>
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<color r="255" b="255" g="255"/>
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<text-color r="17" b="17" g="17"/>
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</node>
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<edge i0="1" arrow-mode="0" i1="10"/>
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<edge i0="3" arrow-mode="0" i1="8"/>
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<edge i0="4" arrow-mode="0" i1="8"/>
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<edge i0="2" arrow-mode="0" i1="10"/>
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<edge i0="2" arrow-mode="0" i1="7"/>
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</graph>
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<metadata>
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<layout-optimizer min-edge-length="100000" aspect-ratio="1000"/>
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</metadata>
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</heimer-mind-map>
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