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College of Chemistry and Environmental Engineering, Dalian University, Dalian, 116622, China afurther2002@163.com Key Words: Strategic Environmental Assessment (SEA); evaluation index; seaboard city Abstract: In order to ensure sustainable development of seaboard city, it needs to pay more attention to Strategic Environmental Assessment.
SEA can adjust industrial structure and allocation based on the careful consideration to resources carrying capacity and environmental capacity.
The SEA index system is the collection of index which can reflect internal structure, external condition and development trend of environmental sustainable development system in the planning area.
(%) (6)The ratio of renewable and clean energy accounted for the total energy consumption(%) (7)Terminal energy consumption structure (%) (8)The ratio of civil clean energy (%) (9)The energy consumption per unit GDP (tce/104yuan) (10)Industrial added value of energy consumption (tce/104yuan) (11)Energy consumption elasticity coefficient (12)Civil energy consumption per capita (tce/per capita.a) (13)Comprehensive energy consumption of unit transportation volume (tce/per 104people·km) Social and Economic Conditions.
Landscape Environment (1)The ratio of marine nature preservation zones and other special scientific and (2) Environmental protected zones in the total area (%) (3)Characteristic landscape length (km) (4)The proportion of offshore area in the total area(%) (5)The world class, national and provincial level nature preservation zones, coastline scenic areas and geological park in the region (%) (6)The proportion of Ancient architectural buildings and places of historic interest in the endangered list (%) Population Problem (1)Population, age structure of population, knowledge structure of population (2)The ratio of males to females (%) (3)Birth rate, death rate, natural population growth rate (‰) (4)Migrant population (person-trips) One class index Two class index Three class index Social and Economic Conditions.

The knitted materials for sportswear are also specially constructed in terms of structure and horizontal and vertical density.
Fleece, terry, piques, interlock, rib fabrics or warp knitted structures are also widely used for sportswear, depending on required properties.
The materials with a single yarn in their structures (i.e. materials M1 and M2) have significantly lower mass.
This is probably because the count of the Lycra yarn is rather small (44 dtex) and there are still a lot of hollow parts within the material structure.
[3] https://www.sciencedirect.com/topics/chemistry/polyester-fiber, accessed on June 18 th, 2022 [4] R.

The scope of application of such thin-layer insulating coatings can be widened to enclosing structures of buildings and constructions, engineering networks with the aim of reducing heat loss [3].
For the preparation of non-autoclaved foam concrete the selection of its structure presented in table 2 was made.
If one phase is dispersed in the matrix of another phase, as it usually takes place in the composite structures, the more complex interpolation results in the ratio used in the work (2).
Materials and Structures. (2016) 49:3647–3661. doi:10.1617/s11527-015-0746-8
Amelina, Colloidal chemistry: Textbook for universities and chemical technology.

The chemical structure of the synthesized product was characterized by Magna-IR560 spectrometer with the resolution 4cm-1 and the wavenumber range 4000–400cm-1 (Nicolet, USA).
The molecular structure of the product and its FT-IR result were shown in Fig1.
The molecular structure and FT-IR of the dendrimer.
Therefore, in pure oil phase, organo-clay suspension is unstable, and it is difficult to form a card house structure similar with the clay dispersed in water.
[10] Han Zixuan, Jiang Guancheng, Li Qingyang: Synthesis and application of novel associative polymer/organically modified montmorillonites in W/O emulsions, Russian Journal of Physical Chemistry A, 2015, 10.

Additionally, the light-conversion polymer material can also be casting molded into a suitable shape designed for practical uses, such as a shape with lens structure, thereby effectively improving the light conversion efficiency, achieving a secondary light distribution design, increasing light extraction efficiency, and optimizing optical distribution.
Optimum results with constant red color weight and variable green weight Colors weight R=0.005gm+ G=0.003gm R=0.005gm+ G=0.004gm R=0.005gm+G= 0.006gm R=0.005gm+ G=0.0065gm R=0.005gm+G= 0.007gm λ1 447nm 447nm 447nm 448nm 447nm λ2 497nm 497nm 500nm 500nm 500nm λ3 597nm 596nm 593nm 595nm 595nm CCT undefined 11264k 8721k 4696k 3800k CRI undefined 52.5 64.5 60.1 55.6 (X.Y) 0.3029,0.1669 0.3201,0.2068 0.3139,0.2358 0.3387,0.2493 0.3493,0.2525 Conclusions To conclude, a comparison of luminescence efficacy among many structures was presented in this article Accordingly, the mixing of the weight ratio of the red-green-emitting phosphor to complement the white light aims to enhance colour uniformity and luminous flux, and consequently the ratio red ( R=0.005gm+G=0.0065gm) structure achieves better optical and colour uniformity than the other structure.
As a result, the R+G structure achieves X,Y.
However, the problem is that the colour quality depends tightly on the balance of the three colours (yellow, green, and red), and it is the YRG structure that can satisfy this three-color control requirement.
Macromolecular Chemistry and Physics, 209(1), (2009) 14-24

On aggregate composition and product structure electrical erosion of metals / K.K.
Structure of strengthening particles of niobium carbide in Fe–Cr–Ni cast refractory alloys.
Fragmented structure of niobium carbide particles in as-cast modified HP alloys.
Fabrication, Structure and Properties of a Composite from Aluminum Matrix Reinforced with Carbon Nanofibers.
Journal of applied chemistry of the USSR. 1984 Jan 1;57(3):476-9.

Box: 11-8281 Beirut – Lebanon, 2Faculty of Pharmacy, Beirut Arab University, Beirut – Lebanon, 3Faculty of Sciences, Chemistry Department – Beirut Arab University, Beirut – Lebanon, 4Faculty of Pharmacy, Alexandria University, Alexandria – Egypt, abejjani@cnrs.edu.lb, bnsouli@cnrs.edu.lb, zahraman@cnrs.edu.lb, Keywords: Active pharmaceutical ingredient, PIXE, Tiemonium methylsulfate, Fegenore Abstract.
Its molecular weight and structure are presented in figure 1.
Its molecular weight and structure are presented in figure 3.
In insert, pure fenofibrate molecular mass and structure The AI (fenofibrate) is 56 and 70 % w/w in Fegenore® and Lipanthyl® tablets respectively.
In insert, pure Tiemonium methylsulfate molecular mass and structure Table 3.

Nauky 45, 03028, Kiev, Ukraine 2Institute of Physics, AS CR, Na Slovance 2, 18221, Praha 8, Czech Republic 3Bakul Institute of Superhard Materials, NASU, Avtozavodskaya 2, 04074, Kiev, Ukraine 4Chuiko Institute of Surface Chemistry, NASU, General Naumov Str. 17, 03164, Kiev, Ukraine akatia@i.kiev.ua, bnazarov51@yahoo.com, cstarik@ism.kiev.ua, dtertykh@yahoo.com Keywords: carbonized silica nanopowders, annealing, EPR, carbon radicals, PL, IR absorption.
In this work in order to elucidate the nature of the PL the EPR study of the CRD which can play the role of the non-radiative recombination center in SiO2:C and the electronic structure of the carbon formed on the SiO2 surface was undertaken in initial and annealed SiO2:C.
Local inter-atomic bonding structure of the materials was analyzed by Furrier-Transform Infra-Red (FT-IR) transmission spectroscopy (Nicolet 6700).
Taking into account that the term fullerenes now is also used for graphite-like structure acquired curvature due to the presence of pentagonal rings [9], we can suggest that the annealing at 500°C gave rise to the formation of the sp2 graphite-like structure arrangement on the SiO2 surface acquired curvature due to the presence of pentagonal aromatic rings.
The obtained g-values of the paramagnetic system with localized unpaired electrons allow us to determine the electronic structure of the carbon deposited on the SiO2 surface.

Introduction Indentation - static loading of a single hard asperity against the surface of the specimen - is one of the most widely spread techniques to determine mechanical properties of structured materials [1].
Si, Ge and many III-V and II-VI semiconductors crystallize in the diamond and sphalerite-structure, respectively.
The space-filling of the diamond structure is small, about 38%.
Moreover characteristic pile-up patterns are examined in GaAs which are characteristic for the underlying crystal structure.
InSb is a II-V-semiconductor of ZnS-structure.

Introduction The manufacturing of memory devices such as 3D NAND and DRAM has been advancing in miniaturization and high aspect structures.
To achieve high aspect structure etching, a thick hard mask must be employed.
Second, the effects of ion bombardment on the film structure must be considered.
Ossi, “Structure and mechanical properties of low stress tetrahedral amorphous carbon films prepared by pulsed laser deposition,” Eur.
Biersack, Treatise on Heavy-Ion Science: Volume 6: Astrophysics, Chemistry, and Condensed Matter ed DA Bromley.