1. What are the contributions mentioned in the paper "New isotopes and proton emitters–crossing the drip line in the vicinity of 100sn" ?
In this paper, the authors proposed a method to solve the problem of nuclear nuclear power generation using a nuclear power plant.
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![FIG. 3. Proton separation energy Sp for (a) Ag isotopes and (b) Rh isotopes according to different mass models: FRDM [26], KTUY05 [27], AME2012 [28], DZ28 [29], and HFB27 [30]. Deduced Sp for 93Ag and its upper limit for 89Rh are indicated. Insets show T1=2 as a function of Sp for different angular momenta of emitted proton (from l ¼ 0 to l ¼ 5) for 93Ag and 89Rh. The angular momentum of emitted proton is assumed to be l ¼ 4 (g9=2 proton). The dashed area corresponds to possible halflives and separation energies for 89Rh.](/figures/fig-3-proton-separation-energy-sp-for-a-ag-isotopes-and-b-rh-2i1zr4eo.png)


![FIG. 4. Measured production cross sections from this work compared with experiments performed at the same energy, the TEST experiment [37], and Suzuki et al. [13], and at a higher beam energy [8,38]. The predictions of the empirical cross section formulas EPAX2.15 [36] and EPAX3.01 are indicated as well. The cross sections of new isotopes are indicated with open squares.](/figures/fig-4-measured-production-cross-sections-from-this-work-gm54vctp.png)