[
ABSTRAKReaksi fotoproduksi h Meson dengan menggunakan partikel Gamma (Foton) sebagai
proyektil dan Nukleon sebagai target untuk mencari Gamma (Foton) yang terhambur.
Reaksi fotoproduksi yang ditinjau adalah gN! hN dengan model isobar.
Amplitudo transisi diagram Feynman pada kerangka pusat massa digunakan untuk
mencari Amplitudo Kuadrat dengan melibatkan melibatkan s-channel, u-channel,
dan t-channel pada suku Born dan resonan. Nilai yang dicari adalah nilai Penampang
Lintang Differensial dengan menggunakan energi sistem mulai dari 1.685
MeV hingga 2.795 MeV dalam beberapa variasi sudut q. Fitting grafik hubungan
antara Penampang Lintang Differensial dengan energi sistem dalam beberapa
variasi sudut agar diketahui besarnya kontribusi dari amplitudo transisi pada setiap
channel dari suku Born dan resonan pada proses perhitungan data eksperimen
CLAS.
ABSTRACTEta Meson Photoproduction reaction using Gamma particles (photons) as projectiles
and Nucleon as a target to look for Gamma (photons) are scattered. Reactions were
reviewed photo-production is gN! hN with isobaric models.The amplitude transitions
of Feynman diagrams at the center of mass frame used to find Amplitude
Squares involving the s-channel, u-channel, and t-channel on Born term and resonance.
Values are looking for is the value of the differential cross section on the
energy system used by 1.685 MeV Up to 2.795 MeV . After that fitting the graph of
the differential cross section with the energy system to shows the result how much
the contribution of the amplitude transitions at each channel of the Born term and
resonance in the calculation process experimental data CLAS, Eta Meson Photoproduction reaction using Gamma particles (photons) as projectiles
and Nucleon as a target to look for Gamma (photons) are scattered. Reactions were
reviewed photo-production is gN! hN with isobaric models.The amplitude transitions
of Feynman diagrams at the center of mass frame used to find Amplitude
Squares involving the s-channel, u-channel, and t-channel on Born term and resonance.
Values are looking for is the value of the differential cross section on the
energy system used by 1.685 MeV Up to 2.795 MeV . After that fitting the graph of
the differential cross section with the energy system to shows the result how much
the contribution of the amplitude transitions at each channel of the Born term and
resonance in the calculation process experimental data CLAS]
T43708-Feli Cianda Adrin Burhendi.pdf :: Unduh