... MM . J. J. Melges , cour- tiers , d'ordres de MM . Joh . Dan . Fuhrmann , en- viron 3.800 b . Australie ; de MM . E. Osterrieth et Cie , 290 b . , dont 230 Australie et 60 Russie suint ; de M. J. Fuchs , 110 b . dont 90 Australie et ...

... mm 20 3.1 mm 5.5 mm GROOVE SPACING 10.7 mm 40 60 80 100 0 40 20 GROOVE SPACING 11,4 mm 8.6 mm 6.0 mm 5.0 mm 3.7 mm 3.3 mm Independent 60 80 100 4.4 mm Independent 20 10.4 mm 5.6 mm 12.2 mm 12.0 mm 15.6 mm 60 40 GROOVE SPACING 17.1 mm 17.1 ...

... MM , 1 AP 21 17 6 Plymouth . 6 M , 1 W , 1 O ... 23 3 9 Poole . 2 W , 70 23 13 9 Port Dinorwic 1 W 7 5 0 Gerrans . 2 M , 1 MM 9 15 0 Portinllaen . 1 M , 1 MM , 3 W 1 W 5 0 0 Port Isaac 10 32 6 3 Glasgow . 3 M , 1 MM 10 12 6 Portsmouth ...

... mm Events Monitoring intrafraction motion mean frequency range ( indiv . patient ) No motion > 3 mm , no intervention Motion > 3 mm , transient , no intervention Motion > 3 mm , realignment between beams 143 59 10-100 0-42 25 0-85 MD ...

... mm long, tetragonous; corolla white to yellowish with entire margin, c. 1.6 mm long 6. Fruit 40–60 mm long, terete; corolla yellow-pink, with undulate margin, 15–21 mm long 5. Fruit 1.6–4.0 mm long: 14. Notoceras 15. Matthiola 7. Fruit ...

... mm, 2.5 mm, 1.0 mm, 1.0 mm, 0.8 mm and 0.2 mm, implying a maximum intensity on a five-minute basis of 30 mm/h (i.e. 2.5×60/5), but only 21 mm/h over ten minutes, and 12 mm/h over thirty minutes. So the maximum intensity of rainfall is ...

... mm D , 50 mm long 1461 Stainless Steel 5 to 1200 K 80.5 μ2.cm Rod ; 12.7 mm D , 50 mm long 1462 Stainless Steel 5 to 1200 K 80.5 μΩ.cm Rod ; 34.0 mm D , 50 mm long 1463 Iron 6 to 1000 K 10.1 μΩ · cm Rod ; 6.4 mm D , 50 mm long 1464 ...

... mm . , still acting and transmitted through all the mass of inpoured mercury . Second , there is the pressure due to ... mm . Hence the gas , occupying one - half its former volume is found to be under the pres- sure of ( 1 ) the ...

... mm and h = ( 2.45 ) ( 2.46 ) = = For the current design , b = 40 mm ; the weight , the maximum bending stress , and maximum vertical displacement are , respectively , w = 6.35 N , σ = 25 MPa , and z = 0.2415 mm . Note that weight is ...