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As in previous Ryder Cups, all players had to be members of the European Tour to be eligible to play for Europe. Membership criteria for the European Tour were reduced from five tournaments to four (outside the majors and WGCs) for the 2018 season.

SCRIVENER 2.8.1.2 DOWNLOAD SERIES

No World points were earned from tournaments staged opposite Rolex Series tournaments in both 20. Points earned from the date of the 2018 BMW PGA Championship onwards, were multiplied by 1.5.

Total World Points earned in Official World Golf Ranking events starting on 31 August 2017 (the start date of the D+D Real Czech Masters) and ending on 26 August 2018 and thereafter only at the Made in Denmark tournament.

The leading four players, not qualified above, on the World Points List.

Points earned from the 2018 BMW PGA Championship onwards, were multiplied by 1.5.

Points earned in all Race to Dubai tournaments starting with the 2017 D+D Real Czech Masters and ending with the 2018 Made in Denmark that finished on 2 September 2018.

The leading four players on the Race to Dubai Points List.

There were a number of changes compared to 2016 with an increase in the number of captain's picks from three to four, based on recommendations from the analytics team behind Team Europe. The European team qualification rules were announced on 18 January 2017. All matches were played to a maximum of 18 holes. With a total of 28 points available, 14 1⁄ 2 points were required to win the Cup, and 14 points were required for the defending champion, the United States, to retain the Cup. On the first two days there were four fourball matches in the morning and four foursome matches in the afternoon.

Day 2 (Saturday) – 4 foursome matches and 4 fourball matches.

Day 1 (Friday) – 4 foursome (alternate shot) matches and 4 fourball (better ball) matches.

In addition, the application of CS/GO nanocomposite could improve the stability of this coating and able to stop the dripping tendency even after 10 laundering cycles as well.The Ryder Cup is a match play event, with each match worth one point. Furthermore, the as-prepared hybrid coatings imparted better hydrophilicity as a 2BLs deposition along with pad-dry-cure treatment by CS/GO could boost up the hydrophilicity of the treated fabrics further compared to the only 2BLs deposited fabric sample. Moreover, a considerable improvement in thermal stability and char yield% were also realized in the thermogravimetric analysis (TGA) test. A 2BLs deposited hybrid coating (i.e., PA6.6-g-AA-2BL-CS/GO) could decrease the peak heat release rate (pHRR) by 47.1 % whereas a maximum reduction of pHRR by about 56 % was achieved for 5BLs deposition. Obtained results indicated that these hybrid coatings could significantly improve the flame retardancy as the limiting oxygen index (LOI) value reached up to 25 % from 18.5 % and could completely stop the melt dripping where the fabric sample with two bilayers deposition and simultaneously treated with CS/GO nano-composite (PA6.6-g-AA-2BL-CS/GO) achieved a V-1 rating. The layer by layer (LBL) deposition of chitosan/melamine/urea (CS/ME/UREA) and phytic acid (PA) onto the acrylic acid (AA) grafted Polyamide 6.6 (PA6.6) fabrics including a pad-dry-cure treatment with chitosan/gra-phene oxide (CS/GO) nanocomposites were considered to improve the hydrophilicity and durable flame re-tardancy. The treated fabrics showed good water repellency and excellent flame retardant properties asdetermined by the standard test methods. Cotton was functionalized withepoxy and carboxyl via grafting cotton with nano-emulsion consisted of mixture of glycidyl methacrylate(GMA) and acrylic acid (AA), and then treated for functional finishing through conventional pad-dry-curemethod. Theparticle size was investigated using Transition Electron Microscope (TEM) and the chemical structurewas investigated using FT-IR analysis and other analytical techniques. In This con-text, new preparation techniques were used to prepare both aminated silica and ZnO nano-particles. Complex coating with amino-functionalized silica nano-particles onepoxy-functionalized cotton accompanied with ZnO nano-particles coating are carried out. A simpleand facile method for fabricating the cotton fabric with superhydrophobicity and flame retardancyis described in the present work. TEnvironmental concerns related to fluorinated and organophosphorus compounds led to a consider-ation of the methods for imparting flame retardancy and water/oil repellency to textiles.