共生学

基本解释 (translations)

symbiotics

与共生学相关的网络例句 [注：此内容来源于网络，仅供参考]

Study on the phosphorate minerals assemblage shows that strongly developed anatexis of the area is responsible the occurrence of wagnerite and its coexistence with apatite, and both present as rock-forming minerals. The volatiles F, P and components Ca, Mg determine the formation of wagnerite, while the P-T condition affects the variation of wagnerite polytypes.

通过磷酸盐矿物组合的岩石学研究得知强烈发育的深熔作用导致氟磷镁石与磷灰石共生并以造岩矿物出现，挥发分F、P以及Ca、Mg等成分因素决定氟磷镁石的出现与否、温压条件控制氟磷镁石的多型变化。

Bismuth minerals and their relationship with gold mineralization are studied by means of reflect light microscope and electron probe microscope.The results show that bismuth, bismuthinite are main bismuth minerals in the two mines.

矿相学鉴定和电子探针分析结果表明，两矿床中的铋矿物以自然铋、辉铋矿为主，其次为碲铋矿、硫铜铋矿、辉铋铅矿等；铋矿物作为主要载金矿物，与自然金紧密共生；包村矿区Bi-Au相关系数为0.69，铋矿物与金矿化关系非常密切。

The stratigraphical analyses have shown that Listracanthus appeared together with Petrodus in the same strata could be an index fossil for Upper Carboniferous.

生物地层学分析表明，这2个器官属的共生出现，可以作为判断晚石炭世地层时代的一个依据。

After the reexamination of implication of the description about the in yogacara (section 2) and even in the theory of Buddha-nature, this article exposits three essential point of the interreligious dialogue between Buddhism and Christianity that corresponds with John Hick's philosophy of religious pluralism (Section 3)..Key words: John Hick , philosophy of religious pluralism , religious dialogue , madhyamaka , T'ien-t'ai Buddhism

宗教的多元性除了是建立在各个宗教对於超越界的信仰、解脱学在各个宗教之中的普遍性、大爱共生的共同的实践关怀等等基础之上，就哲学的反思而言，更具有来自於康德知识论的宗教知识论的立论基础；从而各个宗教之间应该彼此平等尊重，展现开放沟通，互助合作以促进人类和平。

After the reexamination of implication of the description about the in yogacara (section 2) and even in the theory of Buddha-nature, this article exposits three essential point of the interreligious dialogue between Buddhism and Christianity that corresponds with John Hick's philosophy of religious pluralism (Section 3)..Key words: John Hick , philosophy of religious pluralism , religious dialogue , madhyamaka , T'ien-t'ai Buddhism ↑back

宗教的多元性除了是建立在各个宗教对於超越界的信仰、解脱学在各个宗教之中的普遍性、大爱共生的共同的实践关怀等等基础之上，就哲学的反思而言，更具有来自於康德知识论的宗教知识论的立论基础；从而各个宗教之间应该彼此平等尊重，展现开放沟通，互助合作以促进人类和平。

This paper reports the investigation on the petrology of spinel harzburgite and olivine pyroxenite in the Darbut ophiolitic mélange, as well as the worm-like intergrowth texture composed of Cr-spinel and orthopyroxene wide-spreading in harzburgite. Our study shows that the observed intergrowth texture is not a graphic texture or a symplectite as assumed by previous research, instead, it is a product of the evolution of the Cr-rich magma formed after the melting of the primitive mantle.

通过研究西准噶尔达拉布特蛇绿混杂岩中方辉橄榄岩和橄榄辉石岩的岩石学特征，分析方辉橄榄岩广泛发育的铬尖晶石和斜方辉石构成的蠕虫状共生连晶结构的成因，得出结论认为：这种共生连晶结构不是前人所认为的文象结构或者石榴石的后成合晶，而是原始地幔岩熔融形成富铬岩浆的演化产物。

Tricholoma may be a paraphyletic genus two. The collections identified as T. caligatum is a mixture. Some parts of them from France are members of T. matsutake, the other parts from North America are closed to T. bakamatsutake and T. fulvocastaneum. Tricholoma robustum and T. focale form a clade which is obviously a sister group of the stirp Subannulate. The stirp Caligata was defined as a group mainly on the basis of the predominant veil. But from the result of molecular systematic analysis, the presence of veil is not a stable character in the matsutake group. Species having symbiosis with conifers and broad leaf tree are all transformed from those whose host specificity is not strict. The phylogenetic tree based on ITS sequences resembled the tree of NJ algorithm based on cladistic coding. In the phylogenetic tree based on morphylogical characters, T. zangii and T. bakamatsutake form a clade, but it is the result of convergent evolution as suggested by molecular analyses. The distribution area of the matsutake group can be divided into six regions: middle and northern Europe region, Mediterranean region, Hengduan Mount.— Southeastern Tibet region, Northeastern China—Japan—Far-east Russia region, the Atlantic—North America region and the Rocky Mountain region. The abundance center of the matsutake group are Hengduan Mount.—Southeastern Tibet region and the Rocky Mountain region. Hengduan Mount.

松口蘑群的分子系统学研究得出的结果有：由于粗壮口蘑和羽衣口蘑明显和亚环族(Tricholoma，section subannulate)的种类是来自同一个谱系，和其它松口蘑群的种不具有最近共同祖先，因此松口蘑群是一个多系群；松口蘑群和口蘑属其他种类的亲缘关系比和蜜环菌属更接近；梭柄松苞菇和松口蘑群的差距明显小于油黄口蘑(T.flavovirens)和棕灰口蘑；口蘑属是一个多系群；鉴定为欧洲口蘑的标本明显不是一个单系群，其中一部分是松口蘑，另一部分和黄褐口蘑及傻松口蘑(T.bakamatsutake)比较接近；划分松口蘑群的标准是菌环的存在，但从分子系统学的结果来看，菌环的存在与否并非是一个很稳定的性状；和针叶树专性共生及和阔叶树专性共生均由寄主专化性不强的种类转化而来；在形态学系统发育树上青冈口蘑和傻松口蘑被聚为一个分枝，分子系统学的研究结果表明，这是趋同进化的结果；用支序方法编码作出的NJ树的结果更接近ITS序列的结果。

But the lichenism function mechanism, the f- ungus algae zymology, the physiological biochemistry circuit and the ecology comb- ination, the circumvention and oppress the anti-environmental effect factor and so on to repair the mechanism also to need specifically further to understand.

但是菌藻共生作用机制、菌藻酶学、生理生化通路和生态组合、规避和拮抗环境影响因子等具体修复机理还需要进一步了解。

In the development construction of project of filar road beautiful city, with the train of thought that scientific program designs and concept, the theme that learns standard science optional location to apply to outstanding science from basis environment, pay attention to building and environment between interactive with symbiosis, the space that pays attention to room inside and outside blends and the dimensional thrust deep into the enemy forces of different level and the creation that change a space to human nature.

丝路花城项目的开发建设中，以科学规划设计的思路和理念，从依据环境学标准科学选址到突出科学应用的主题，注重建筑和环境之间的互动和共生，注重室内外的空间交融和不同层面的空间穿插以及对人性化空间的创造。

The purpose of paper is to describe the petrology character of outcrop sandstones and core sandstones and judge their roke type, compare the similarities and differences of autogenetic mineral、diagenesis types、intergrowth sequence、diagenetic facies、diagenetic phase of outcrop sandstones and core sandstones, provide academic precondition condition for studying better reservoir in studied region.

本次论文的研究目的是描述露头砂岩和岩芯砂岩岩石学特征并判断其岩石类型，比较露头砂岩与岩芯砂岩在自生矿物、成岩作用类型、共生序列、成岩相、成岩阶段以及成岩流体演化方面的异同，为研究区有利储层的研究提供理论前提条件。

与共生学相关的网络解释 [注：此内容来源于网络，仅供参考]

epizootiology：动物流行病学

epizoochore 靠動物散布之繁殖體 | epizootiology 動物流行病學 | epoekie 體表共生

symbiont：共生体

公元2592年,神经机械学的天才古斯塔夫.布莱克曼(Gustaf Brackman)博士首次成功地把人体和AI(Artificial Intelligence,人工智能)结合在一起,共生体(symbiont)由此诞生.

lichenism：菌藻共生

lichenification 苔癣样硬化 | lichenism 菌藻共生 | lichenology 地衣学

paragonimiasis of brain：脑部肺吸虫病

paragntic mineralogy 共生矿物学 | paragonimiasis of brain 脑部肺吸虫病 | paragraph 节,段=>段落,パラグラフ

symposia：座谈会, 评论集

220) symbiosis 共生关系 | 221) symposia 座谈会, 评论集 | 222) symptomology 症状学

mineraloid：似矿物

mineralogy 矿物学 | mineraloid 似矿物 | minerocoentology 矿物共生学

mineshaft：井筒

minerocoenology矿物共生学 | mineshaft井筒 | minette云煌岩