“…(298 to 343) K; 98.3, Cass et al, (273 to 288) K; 89.4, Rodriguez et al (286 to 361) K. q Wu and Sandler, (303 to 348) K; 143.7, NIST, (281 to 355) K; 130.8, Fletcher et al; 145.9, Francesconi et al . (306 to 346) K. r Hovorka et al (283 to 353) K; 49.9, Crenshaw et al (293 to 378) K, selected by Boublik et al; 51.6, Castellari et al (329 to 371) K; 47.7, Belaribi et al (298 to 343) K; 48.2, Bacarella et al (298 to 308) K. s Garriga et al (278 to 323) K; 23.5, Martinez et al (319 to 379) K; 19.8, Gierycz et al (314 to 371) K; 24.2, Nasirzadeh et al (298 to 363) K; 23.9, Dejoz et al (306 to 373) K; 20.1, Di Cave et al (315 to 372) K; 24.4, Wilhoit and Zwolinski (293 to 383) K; 22.9, Brown et al (323 to 373) K; 21.9, Ambrose and Townsend (314 to 418) K; 21.9, Biddiscombe et al (345 to 380) K, selected by Boublik et al; 21.6, Berman and McKetta (340 to 378) K. t Wilhoit and Zwolinski (294 to 389) K; 11.8, Yaws (300 to 410) K. u N’Guimbi et al (244 to 318) K; 3.78, Kulikov et al (278 to 311) K; 6.8, Wilhoit and Zwolinski (298 to 411) K; 9.6, Hovorka et al (298 to 408) K. v Wilhoit and Zwolinski (298 to 411) K; 1.33, Verevkin and Schick (275 to 311) K. w Ambrose and Ghiassee (346 to 437) K; 2.98, Yaws (320 to 434) K. x Nitta and Seki (299 to 333) K; 0.71, Steyer and Sundmacher (322 to 433) K; 0.71, Swiatek and Malanowski (360 to 431) K; 1.06, Verevkin (288 to 328) K; 0.91, Steele et al (341 to 458) K; 0.76, Burguet et al (343 to 433) K; 0.87, Ambrose and Ghiassee (350 to 456) K; 0.70, Gierycz et al (387 to 421) K; 2.1, Castellari et al (322 to 432) K; 1.06, Sipowska and Wieczorek (303 to 373) K; 0.80, Goodwin and Newsham (318 to 433) K; 1.07, Smith and Thorp (298 to 318) K; 0.38, Novak et al (367 to 433) K, selected by Boublik et al; 1.8, Stull (317 to 434) K; 1.3, Gardner and Brewer (307 to 422) K, Antoine constants in ref . …”