Fab 5 Quotes

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She’d thought that Fab had smashed their connection like a smartphone beneath a car tire, but all their data had been saved on a cloud drive somewhere, it seemed, and was happily downloading and ready to resume where they’d left off.
Alyssa Cole (Once Ghosted, Twice Shy (Reluctant Royals, #2.5))
Out of all the train cars in all the world you had to walk into mine.” Likotsi switched up which ankle was resting on which knee, the action forcing Fab to take a step back, then tilted her chin toward the doors separating the cars. “You’re only supposed to use those in case of emergency.” “I’d say that seeing you a few feet away counts as an emergency.
Alyssa Cole (Once Ghosted, Twice Shy (Reluctant Royals, #2.5))
And as usual, Violet brought her fab music collection and rocked the house.
Rachel Renée Russell (Tales from a Not-So-Smart Miss Know-It-All (Dork Diaries, #5))
米格-29K舰载战斗机技术数据  乘员:1人  机长:17.37米  翼展:11.99米  机高:5.175米  机翼面积:42平方米  空重:12700千克  正常起飞重量:17770千克  最大起飞重量:22400千克  机内载油量:5670升  加挂3个副油箱载油量:9470升  加挂5个副油箱载油量:11070升  发动机类型:带加力涡轮风扇喷气式发动机  型号:RD-33K  最大推力:2×5500千克力(53.9千牛)  加力推力:2×8800千克力(86.3千牛)  紧急模式:2×9400千克力(92.2千牛)  发动机重量:1055千克  飞行性能  最大速度:  高空:2300千米/小时(马赫2.17)  海平面:1400千米/小时(马赫1.17)  航程:  高空无副油箱:2000千米  高空3副油箱:3000千米  高空5副油箱:4000千米  高空5副油箱并进行一次空中加油:6500千米  作战半径  高空无副油箱:850千米  高空1副油箱:1050千米  高空3副油箱:1300千米  实用升限:17500米  爬升率:18000米/分钟  起飞滑跑距离:110-195米(滑跃甲板)  着陆场滑跑距离:90-150米(拦阻降落)  最大工作载荷:8.5G  翼载荷:  正常起飞重量:423千克/米2  最大起飞重量:533千克/米2  推重比:  正常起飞重量:1.06  最大起飞重量:0.84  装3000升燃油(2300千克)和4枚R-77空对空导弹:1.20  机载武器  固定武器:1门30毫米GSh-30-1机关炮(备弹100发)  载弹量:  最大:4500千克  挂架数量:9(武器挂架8)  空对空导弹:  8枚R-73红外制导近距离空对空导弹  4枚R-27R/ER半主动雷达制导中距离空对空导弹或R-27T/ET红外制导中距离空对空导弹  6枚R-77主动雷达制导中距离空对空导弹  空对面导弹:  4枚Kh-25ML激光制导空对地导弹  4枚Kh-29T电视制导空对地导弹  4枚Kh-31A或Kh-35E反舰导弹  4枚Kh-31P反辐射导弹  火箭弹:  80枚(4×20)80毫米S-8KOM/S-8BM火箭弹(B-8M1火箭吊舱)或  20枚(4×5)122毫米S-13火箭弹(B-13L火箭吊舱)或  2枚266毫米S-25火箭弹  炸弹:  4枚KAB-500Kr电视制导炸弹  9枚500千克炸弹(FAB-500,RBK-500,ZB-500)或  16枚250千克炸弹(FAB-250,RBK-250等)  航空电子设备  雷达系统:RLPK-29UM  天线型号:N010甲虫  直径:688毫米  扫描角度:  垂直:+55°/−40°  水平:±90°  对于雷达反射截面RCS=5平方米的目标搜索距离:90千米  跟踪距离:60千米  同时跟踪目标数:12  光电瞄准跟踪系统:OEPS-29M  型号:OLS-M  搜索角度:  垂直:−15°/+60°  方位:±60°  视野:120×75°  视角:60×10°、20×5°、3×3°  空中目标跟踪距离:40千米  测距范围:6千米  头盔目标指示系统:Shchel-3UM-1
高飞 (苏俄航空母舰史(下) (Chinese Edition))
苏联/俄罗斯舰载战斗机技术数据 苏-33舰载战斗机技术数据  乘员:1人  机长:21.185米  翼展:14.7米  折叠状态翼展:7.4米  翼尖挂架挂弹后翼展:14.948米  水平尾翼翼展:9.9米  折叠状态水平尾翼翼展:7.4米  机高:5.72米  机翼面积:67.84平方米  翼型:P44M  机翼后掠角:42.5度  空重:19600千克  整备重量:20440千克(挂2枚R-27E和2枚R-73空对空导弹)  正常起飞重量(未满油):26000千克  正常起飞重量(满油):29940千克  最大起飞重量:33000千克  最大载油量:9500千克  正常载油量:5350千克  油箱容量:12100升  正常着陆重量:22400千克  限制着陆重量:26000千克  发动机类型:带加力涡轮风扇喷气式发动机  型号:AL-31F系列3  最大推力:2×7670千克力(74.5千牛)  加力推力:2×12500千克力(122.6千牛)  紧急模式推力:2×12800千克力(125.5千牛)  涵道比:0.571  发动机重量:1520千克  飞行性能  最大速度:  高空:2300千米/小时(马赫2.17)  海平面:1300千米/小时(马赫1.09)  着陆速度235-250千米/小时  航程:  海平面:1000千米  高空:3000千米  在250公里距离的巡逻时间:2小时  实用升限:17000米  翼载荷:  正常起飞重量:  未满油:383千克/米2  满油:441千克/米2  最大起飞重量:486千克/米2  推重比:  正常起飞重量:  未满油:0.96  满油:0.84  最大起飞重量:0.76  起飞滑跑距离:105米(滑跃甲板)  着陆场滑跑距离:90米(拦阻降落)  最大工作载荷:8.5G  机载武器  固定武器:1门30毫米GSh-30-1机关炮(备弹150发)  载弹量:  最大:6500千克  正常:3200千克(8枚R-27和4枚R-73空对空导弹)  挂架数量:12  空对空导弹:  4-6枚R-73红外制导近距离空对空导弹  6-8枚R-27R/ER半主动雷达制导中距离空对空导弹  2枚R-27T/ET红外制导中距离空对空导弹  空对面导弹:无  空对舰导弹:X-41“蚊子”(仅适用于改进后的T10K-5和T10K-9)  火箭弹:  80枚(4×20)80毫米S-8KOM/S-8BM火箭弹(B-8M1火箭吊舱)或  20枚(4×5)122毫米S-13火箭弹(B-13L火箭吊舱)或  4枚266毫米S-25火箭弹  炸弹:各种自由落体高爆炸弹与集束炸弹  8枚500千克炸弹(FAB-500,RBK-500,ZB-500)或  28枚250千克炸弹(FAB-250,RBK-250等)或  32枚100千克炸弹(OFAB-100)  航空电子设备  雷达系统:RLPK-27K  天线型号:N001K  直径:1075毫米  扫描角度:  垂直:±50°  水平:±60°  对于雷达反射截面RCS=3平方米的目标搜索距离:100千米  跟踪距离:40千米  同时跟踪目标数:10  光电瞄准跟踪系统:OEPS-27K  型号:OLS-27K(46SH)  搜索角度:  垂直:−15°/+60°  方位:±60°  视野:120×75°  视角:60×10°、20×5°、3×3°  空中目标跟踪距离:40千米  测距范围:6千米  头盔目标指示系统:Shchel-3UM-1 苏-33舰载战斗机三向线条图,高飞绘图。 苏-33舰载战斗机折叠机翼状态三向线条图,高飞绘图。
高飞 (苏俄航空母舰史(下) (Chinese Edition))
米格-29KUB舰载战斗机技术数据  乘员:2人  机长:17.37米  翼展:11.99米  机高:5.175米  机翼面积:42平方米  正常起飞重量:18550千克  最大起飞重量:24500千克  机内载油量:6170升  加挂3个副油箱载油量:10870升  加挂5个副油箱载油量:12470升  发动机类型:带加力涡轮风扇喷气式发动机  型号:RD-33MK  最大推力:2×5500千克力(53.9千牛)  加力推力:2×9000千克力(88.3千牛)  紧急模式:2×9400千克力(92.2千牛)  发动机重量:1055千克  飞行性能  最大速度:  高空:2300千米/小时(马赫2.17)  海平面:1400千米/小时(马赫1.17)  航程:  高空无副油箱:2000千米  高空3副油箱:3000千米  高空5副油箱:4000千米  高空5副油箱并进行一次空中加油:6500千米  作战半径  高空无副油箱:850千米  高空1副油箱:1050千米  高空3副油箱:1300千米  实用升限:17500米  爬升率:18000米/分钟  起飞滑跑距离:110-195米(滑跃甲板)  着陆场滑跑距离:90-150米(拦阻降落)  最大工作载荷:8.5G  翼载荷:  正常起飞重量:442千克/米2  推重比:  正常起飞重量:0.97  机载武器  固定武器:1门30毫米GSh-30-1机关炮(备弹100发)  载弹量:  最大:5500千克  挂架数量:9(武器挂架8)  空对空导弹:  8枚R-73红外制导近距离空对空导弹  6枚R-77主动雷达制导中距离空对空导弹  空对面导弹:  4枚Kh-29T电视制导空对地导弹  4枚Kh-31A或Kh-35E反舰导弹  4枚Kh-31P反辐射导弹  火箭弹:  120枚(6×20)80毫米S-8KOM/S-8BM火箭弹(B-8M1火箭吊舱)或  30枚(6×5)122毫米S-13火箭弹(B-13L火箭吊舱)或  6枚266毫米S-25火箭弹  炸弹:  6枚KAB-500Kr电视制导炸弹  11枚500千克炸弹(FAB-500,RBK-500,ZB-500)或  16枚250千克炸弹(FAB-250,RBK-250等)  航空电子设备  雷达系统:RLPK-29UM  天线型号:甲虫ME  直径:624毫米  扫描角度:  垂直:+56°/−40°  水平:±85°  对于雷达反射截面RCS=5平方米的目标搜索距离:120千米  跟踪距离:70千米  同时跟踪目标数:20  光电瞄准跟踪系统:OEPS-29M  型号:OLS-M  搜索角度:  垂直:−15°/+60°  方位:±60°  视野:120×75°  视角:60×10°、20×5°、3×3°  空中目标跟踪距离:40千米  测距范围:6千米  头盔目标指示系统:Shchel-3UM-1 米格-29KUB舰载战斗机三向线条图,高飞绘图。
高飞 (苏俄航空母舰史(下) (Chinese Edition))
Twenty years after that first recording in the laboratory, a cascade of well-controlled experiments with monkeys and later with humans (different kinds of experiments, for the most part; no needles inserted through skulls) have confirmed the remarkable phenomenon. The simple fact that a subset of the cells in our brains—the mirror neurons—fire when an individual kicks a soccer ball, sees a ball being kicked, hears a ball being kicked, and even just says or hears the word “kick” leads to amazing consequences and new understandings. THE FAB FOUR We now know that about 20 percent of the cells in area F5 of the macaque brain are mirror neurons; 80 percent are not.
Marco Iacoboni (Mirroring People: The New Science of How We Connect with Others)
with was Beyond Words, billed as a survey of “what Graffiti has created and how its influence continues.” Opening night, April 9, was a “Music Jam,” deejayed by Afrika Bambaataa, with “some of the top rap vocalists of the South Bronx scene.” Keith invited Fab 5 Freddy
Brad Gooch (Radiant: The Life and Line of Keith Haring)
Another aspect noticed in L1 acquisition is the low acquisition of multi- morphemic words (i. e., complex words composed of three or more morphemes) by preschool age English children. Preschool age English children acquire solely 0.5 multi-morphemic words per day and multi-morphemic words constitute 8% of the vocabulary first grade English children own (Anglin, 1993, 71-79). First to third grade English children acquire 2 multi-morphemic words per day. Multi-morphemic words constitute 12 % of the third grade English children’s vocabulary. Fourth to fifth grade English children acquire 7.1 multi-morphemic words per day and multi-morphemic words constitute 19% of the fifth grade English children’s vocabulary (1993, 71-79). The low acquisition rate of multi-morphemic words by preschool age English children can be explained in terms of lack of parsability of multi-morphemic words. In his ‘Complexity-Based Ordering’ Model, Hay (2000, 2002) upholds that Level 1 suffixes (usually being Non-neutral suffixes), which occur inside other suffixes, are not parsed out during the processing of a multi-suffixed word by native speakers. Level 2 suffixes (usually being Neutral suffixes), which occur outside another suffix, are parsed out during the processing of multi-suffixes words. Level 1 suffixes: -al, -an, -ant, -ance, -ary, -ate, -ic, -ify, -ion, -ity, -ive, -ory, -ous, -y, -ity, -ation. Level 1 prefixes: sub-, de-, in-. Level 2 suffixes: -able, -age, -en, -er, -ful, -hood, -ish, -ism, -ist, -ize, -ly, -ment, -ness. (Fab, 1988, 531). Level 2 prefixes: re-, un-, non-. Obviously, such lack of parsability obscures the semantic transparency of multi-morphemic words and impedes the analytical acquisition of multi-morphemic words by preschool age English children. A strenuous effort to acquire multi-morphemic words would result in acquisition of such words as a unit (as the Lexeme-Based Model suggests, see Aronoff, 1994), rather than analytically (as argued by Morpheme-Based Model). Such lack of parsability also obscures the semantic transparency of multi-morphemic words and impedes the analytical acquisition of multi-morphemic words by pre intermediate L2 learners. The degree of Morphological Translation Equivalence that L2 multi-morphemic words share with their counterparts in pupils’ L1 is also lower compared to bi-morphemic words. Consequently, multi-morphemic words will be acquired as a unit rather than analytically by pre intermediate L2 learners. Elementary books designed for pre intermediate L2 learners - in addition to the insertion of root words - should also comprise less multi-morphemic words; perhaps solely or less than 8% of their vocabulary.
Endri Shqerra (Acquisition of Word Formation Devices in First & Second Languages: Morphological Cross-linguistic Influence)