Direct Production Sample Clauses

Direct Production. Permanent vacancies above Coating/Secondary, and the resulting vacancies arising, will be filled by transferring Team Members in the following man- ner: 1st Move – Job Posting – All seniority Team Mem- bers in the plant may apply 2nd Move – Job Posting – All seniority Team Mem- bers in the plant may apply. Note: In the event that there is a vacancy in a day shift position following the 2nd Move, the Com- pany will post such position plant wide and the 3rd Move procedure will apply to any re- sulting vacancy once the day shift position has been filled. 3rd Move – If above 2nd Move is filled by another Direct Production Team Member (Mix- ing, Extrusion, Moulding), then same Classification Direct Production Team Member from another shift by seniority. 4th Move – Job Posting – Team Members from next lower Direct Production Classifi- cation(s) than 3rd Move. 5th Move – Job Posting – Team Members from next lower Direct Production Classifi- cation(s) than 4th Move. 1st Move – Job Posting – All seniority Team Mem- bers in the plant may apply.

Direct Production. The examples of the processes where the light scalar particle could be produced in a direct p-p collision in the deep inelastic scattering (DIS) are given in Fig. 2.1. This production channel for the case of proton fixed-target experiment was studied in [182]. It was found that the main contribution to this type of production comes from gluon fusion with a top quark in the loop because of the large Yukawa coupling of the top quark. The production probability of this channel is shown in Fig. 2.2. The production probability is small because it competes with QCD processes. q¯ Figure 2.1: Deep inelastic scattering production channels of scalar particle: quark- antiquark fusion (left) and gluon fusion (right). Figure 2.2: Production probability of S particle from gluon fusion at proton fixed- target experiments for different energies of proton beam.