AirLiance Materials

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AirLiance Materials

机译：AirLiance材料

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With an airline heritage and parts management focus, AirLiance Materials has quickly risen to claim a leadership position in providing commercial aircraft operators with the highest quality, fully traceable replacement parts and supply-chain management services. Air transport customers from around the world now take advantage of the company's advanced IT capability, vast inventory, stringent quality standards, and the operational experience of some of the world's most respected airlines.

机译：凭借着对航空公司传统和零件管理的关注，AirLiance Materials迅速崛起，在为商用飞机运营商提供最高质量，完全可追溯的替换零件和供应链管理服务方面占据领导地位。现在，来自世界各地的航空运输客户都可以利用公司的先进IT能力，庞大的库存，严格的质量标准以及一些世界上最受尊敬的航空公司的运营经验。

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《Aviation maintenance》 |2001年第7期|p.62|共1页
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正文语种 eng
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专利

1. Lufthansa Technik Becomes Sole Owner of AirLiance Materials, Musselwhite Named President and CEO [J] . Aviation maintenance . 2012,第2期

机译：汉莎技术公司成为AirLiance Materials的独家所有人，Musselwhite被任命为总裁兼首席执行官
2. David Sisson, CEO, AirLiance Materials [J] . Aircraft Technology Engineering & Maintenance . 2005,第73期

机译：AirLiance材料公司首席执行官David Sisson
3. AirLiance MATERIALS [J] . Airliner World . 2003,第Sep期

机译：AirLiance材料
4. The Impact of Thermal Analysis for the Characterization of Bioderived and Bioinspired Polymeric Materials Sustainable Materials, Materials for use In Vivo [C] . Michael Jaffe North American Thermal Analysis Society conference . 2019

机译：热分析对生物衍生和生物启发的高分子材料表征的影响可持续材料，体内使用的材料
5. Hybrid materials chemistry: Spectroscopic studies of molecular materials, nanoscale materials and their combinations. [D] . Marlatt, Craig W. 2013

机译：混合材料化学：分子材料，纳米级材料及其组合的光谱研究。
6. Correction: Lyubomirskiy N. et al. Intensive Ways of Producing Carbonate Curing Building Materials Based on Lime Secondary Raw Materials. Materials 2020 Vol. 13 2304 [O] . Nikolai Lyubomirskiy, Aleksandr Bakhtin, Stanisław Fic, 2020

机译：更正：LyubomirskiyN.等。基于石灰二次原料生产碳酸盐固化建筑材料的密集方法。 2020Vol。 132304
7. Figure 6: (A) Tree resulted the standard MP analysis of the 98-loci supermatrix of the Great Apes (Hominidae, Primates, Mammalia) constructed using the modified summary of Lehtonen et al. (2011) (see “Materials and Methods” for the details) and a posteriori rooted relatively Papio (length = 12,092, CI = 0.7877, RI = 0.5597); 34,022 characters are constant, and the number of the parsimony-informative characters is equal to 4,311. MP BS values are provided below branches. The only characters with non-ambiguous value of the outgroup (Papio) have been saved within concatenated alignment; (B) the average consensus tree of the score 0.00084 resulted the analysis of the Hennigian forest of the 5,507 trees derived from the binary representation of the 98-loci supermatrix of the Great Apes (Hominidae, Primates, Mammalia) (see “Materials and Methods” for the details); Papio is assumed to be the best all-plesiomorphic group. “Additional…” FORESTER’s output tree file (see “Materials and Methods” for the details) selected for future analyses; (C) the average consensus tree of the score 0.00090 resulted the analysis of the Hennigian forest of the 5,339 trees derived from the modified binary representation of the 98-loci supermatrix of the Great Apes (Hominidae, Primates, Mammalia) (see 6.I. and “Materials and Methods” for the details), but with all 168 trees, which contain the clade (Homo plus Pan) have been removed from the input forest. “Additional…” FORESTER’s output tree file (see “Materials and Methods”) selected for future analyses. [O] . -1

机译：图6：（A）树导致的标准MP分析的98-基因座的类人猿（人科，灵长类动物，哺乳动物），使用莱赫托宁等人的修改的摘要构成的超级矩阵。（2011）（参见细节“材料和方法”）以及相对植根狒狒后验概率（长度= 12092，CI = 0.7877，RI = 0.5597）; 34022个字符是恒定的，并且简约信息的字符数等于4311。下面提供分支MP BS值。与外类群（狒狒）的非模糊值的唯一的字符已被保存的级联对准内; （B）的得分0.00084的平均一致树导致从巨猿（原始人类，灵长类动物，哺乳动物）的98座超级矩阵的二进制表示获得的5507棵的Hennigian森林的分析（见“材料和方法”为细节）;狒狒被认为是最好的全祖征群。 “其他...” FORESTER的输出树文件（请参阅详细信息“材料和方法”），用于进一步的分析; （C）的分数0.00090的平均一致树导致从98个位点的类人猿（人科，灵长类动物，哺乳动物）的超级矩阵（见6.I的改性二进制表示导出的5339种树木的Hennigian森林的分析以及“材料和方法”的详细说明），但所有168棵，其中包含的分支（智人加PAN）已经从输入林中删除。 “其他...” FORESTER的输出树文件（参见“材料和方法”），用于进一步的分析。

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