杰米·奥利弗的凯撒沙拉

Alice in Wonderland （201 O） is a fantasy-adventure film that＇ s directed by Tim Burton. It combines live action and animation. Mia Wasikowska plays the role of Alice, Johnny Depp is the Mad Hatter and Helena Bonham Carter is The Red Queen. The film is a kind of sequel to the Lewis Carroll novels Alice＇s Adventures in Wonderland （1865） and Through the Looking Glass （1871 ）. Alice is 19 and is attending a party.     

Numerical analysis of tensile bifurcation phenomenon of a film bonded to a substrate

To study the mechanical properties of the film/substrate structure, the finite element code ABAQUS v6.9-1 is adopted to simulate the tensile mechanical behavior of the nanoscale thin film bonded to a substrate. The bifurcation phenomenon of the structure under uniaxial tension is found: the single-neck deformation, the multiple-neck deformation and the uniform deformation. The substrate and the film are regarded as power-hardening materials obeying the J 2 deformation theory. Firstly, the influence of material hardening match on tensile bifurcation mode is analyzed under perfectly well-bonded interface condition. Then, the effects of interfacial stiffness and other superficial defects surrounding the imperfection on bifurcation mode are investigated. It is concluded that under the well-bonded interface condition, if the stress of the substrate is larger than the film, the film will uniformly deform with the substrate; if the stress of the substrate is smaller than the film, the film will form a single neck, except the case that a weakly-hardening film is bonded to a steeply-hardening substrate when multiple necks can be formed. With the decrease of interfacial stiffness, the uniform deformation mode can transform into the multiple-neck deformation mode, and further transform into the single-neck deformation mode. And other defects surrounding the imperfection can influence the wavelength of deformation and neck number.     

The Difference in the Main Conflict between Shakespeare's Hamlet and Feng Xiaogang's The Banquet

Famous Chinese director Feng Xiaogang made a film The Banquet in 2006,which is adapted from Shakespeare’s play Hamlet.However,accounting for the background and cultural difference,the main conflict shown in this film is totally different from Hamlet.The paper will compare Hamlet’s reaction to his father’s death with the plot of the film to illustrate the difference of main conflict between Hamlet and The Banquet.     

Coalescence Behaviors of Drop Swarms on Liquid-Liquid Interface

The trajectory model of dispersed phase drops and distribution model of drop diameters were derived.By numerical simulation,the analytical results indicate that a large number of dispersed phase drops accumulate on the upper plate in different directions and form a hydrodynamic area with the stream-wise location in the range of 0—0.4m,where the flow of trickling film obtains kinetic drive from flowing field.The flowing field of trickling film exhibits an unstable state if the stream-wise location is less than 0.02m,and a stable state otherwise.Moreover,different velocity vectors of drops in the x-y plane result in different interactions between the trickling film and drops.For the non-uniform distribution of drop diameters,there is a stronger interaction between the trickling film and drop if the stream-wise location is less than 0.02m,because the amplitudes of velocity vectors are higher than those in the range of 0.02—1.0m.The result reveals a complexity and diversity of stratified two-phase flowing field.On the other hand,both the basic flowing field and distributions of drop diameters have a great influence on the distributions of comparable kinetic energy of drops.The complicated motions of larger drops are helpful to coalescence because they will consume much more kinetic energy on the trickling film than those of smaller drops.The change of comparable kinetic energy of smaller drops is continuous and steady.The smaller drops are easily entrained by the liquid-liquid flowing field.     

The Social Network:A Study from the Narrative Perspective

As the most successful social website,Facebook is well received by people all over the world.The Social Network is a film about the establishment of the website and the story between the co-founders.The construction of a film is based on the narrative content,presented by the narrative forms.Therefore,under the framework of narratology,this thesis attempts to analyze the success of the movie by illustrating how the director combines the hearings and the flashback memories skillfully and presents the characters’ paradox and complicated inner world through anti-traditional,non-linear and intertextual narrative style.     

New numerical solution for self-acting gas journal bearings

Taking a small pressure change in the gas film of self-acting gas-lubricated journal bearings into account, the corresponding nonlinear Reynolds equation is linearized through appropriate approximation and a modified Reynolds equation is derived and solved by means of the finite difference method （FDM）. The gas film pressure distribution of a self-acting gas-lubricated journal bearing is attained and the load capacity is calculated. The numerical solution has a better agreement with experimental data than a direct numerical solution for different values of the bearing number. It is of interest to note that the eccentricity ratio, at which the new numerical solution is in better agreement with experimental data, is different when the bearing number is changing. The new numerical solution is slightly larger when the eccentricity ratio is smaller, and becomes slightly smaller when the eccentricity ratio is larger.     

Preparation and Tribological Performance of Novel Organotin Compound as Lubricant Additive

Oil-soluble stannous naphthenate (SN) is synthesized by using naphthenatic acid and SnO. And its molecular structure is confirmed by IR and multielement oil analyzer (MOA). The tribological performances of the organotin as lubricant additive are evaluated with a four-ball friction and wear tester. These experiments indicate that the wear scar diameter (WSD) and friction coefficient are diminished while the load-carrying capability increased by comparison with that of base oil. The elemental composition of the boundary lubricating film is examined by means of Auger electron spectroscopy (AES). Synergistic effect is found in the load-carrying capability of the complex of SN and sulfured olefin. The analytical results of AES indicate that the good performance of stannous naphthenate is attributed to the formation of a boundary lubricating film containing Sn on the rubbed surface.     

Elastohydrodynamic Lubrication Studies on Effects of Crowning Value in Roller Bearings

The purpose of this paper is to present a comparison of numerical calculations and experiment results of optical interferometry in finite line contact for the elastohydrodynamic lubrication(EHL)problem of Lundberg‘s profiled cylindrical roller under the conditions of flooded state,moderate load and material parameter.It shows clearly the effects of crowning value on the variations of oil film shape and thickness.The agreement between numerical analysis and experiment results is very good.The results indicate there must be an optimum crowning value that will induce the thickest and most even oil film in EHL state for a given working condition,and this value is larger than the design value in dry contact state for the same working coditiona.     

Research in Aesthetic Characteristics of Hollywood Film Art

Hol ywood is the core place of the film and television industry in the world. The development of its film industry provides many significant experiences for films in other countries. As aesthetic appre...     

Measurement of the thermal transport properties of dielectric thin films using the micro-Raman method

The micro-Raman method is a non-contact and non-destructive method for thermal conductivity measurement. To reduce the measurement error induced by the poor fit of the basic equation of the original micro-Raman method, we developed a new basic equation for the heat source ofa Gaussian laser beam. Based on the new basic equation, an analytical heat transfer model has been built to extend the original micro-Raman method to thin films with submicrometer- or nanometer-scale thickness. Experiments were performed to measure the thermal conductivity of dielectric thin films with submicrometer- or nanometer-scale thickness. The thermal resistance of the interface between dielectric thin films and their silicon substrate was also obtained. The obtained thermal conductivity of silicon dioxide film is 1.23 W/（m.K）, and the interface thermal resistance between silicon dioxide film and substrate is 2.35×10^-8 m^2.K/W. The thermal conductivity and interface thermal resistance of silicon nitride film are 1.07 W/（m.K） and 3.69×10^-8 m^2.K/W, respectively. The experimental results are consistent with reported data.     

Failure behaviors and mechanisms of high-ohmic resistors protected by PF/EP paint in heat and humid environment

Phenolic formaldehyde(PF)and epoxy(EP)resins are commonly used in electronic packaging. In this paper, high-ohmic resistors(2.2 M?, ±0.5%,)with Cr-Si film were coated by PF/EP paint, and the resulting coated resistors were used for heat and humid(HH)experiments. The experimental results show that the corrosion of bandlike resistive films is selective and isotropic, and that the corrosion spots in resistive films all form along grooves and extend in the same direction. It is revealed that OH~- ions are generated due to the electrochemical reactions of resistive film in HH experiments, so a NaOH aqueous solution with pH about 10 was used to study the effects of absorbed water and OH~- ions on PF/EP polymer film. The results indicates that the color of some part on PF/EP polymer film changes due to corrosion, and that the corrosion part of the polymer film is easy to be peeled off. It can be inferred that OH~- ions generated in HH experiments may play a catalytic role in the chemical reactions between polymer film and the absorbed water, which accelerates the degradation of PF/EP protection film for a resistor.     

Application of the Functional Equivalence Theory in Movie Subtitle Translation—Exemplified by Three Billboards Outside Ebbing,Missouri

In recent years,foreign films have been introduced into China,which have a tremendous impact on people’s social life.As a major tool for obtaining information and enjoying entertainment,film subtitle translation is becoming increasingly important.Meanwhile,the English level and appreciation ability of domestic audience is continuously improving with the change of the times,and their demand and requirement for subtitle translation are also improving.Nowadays,there are still many immature parts in sub?title translation,and the theory in China is relatively deficient.Therefore,the subtitle translation level of film needs to be rose.The translator constantly improves the translation ability by using translation theories and skills.Based on the theory of functional equiv?alence,this thesis translates the subtitle of the film Three Billboards Outside Ebbing,Missouri.Firstly,this paper briefly introduces the development of the film subtitle translation and the film.Secondly,it introduces the translation theories and skills applied in translation practice,making a particular analysis in combination with specific practical cases.Finally,the translator makes a sum?mary for the translation process.The translator hopes that through the translation practice,some attempts can be made for future re?search in subtitle translation.     

Multiculturalism Hiding in the Film:An Analysis of Welcome

Multiculturalism is an inevitable topic facing with our daily life.A film may represent a society,culture,class,sexuality,and a multitude of things.Therefore films should be a very valuable object for studying culture in the world.In this paper,I would like to analyze the film Welcome to show the conflicts of different cultures and how multiculturalism present in movie.The purpose of this study is to view and discuss how multiculturalism has been depicted in this film.     

Thin film chip resistors with high resistance and low temperature coefficient of resistance

High resistance thin film chip resistors(0603 type) were studied,and the specifications are as follows:1 k? with tolerance about ±0.1% after laser trimming and temperature coefficient of resistance(TCR) less than ±15×10-6/℃.Cr-Si-Ta-Al films were prepared with Ar flow rate and sputtering power fixed at 20 standard-state cubic centimeter per minute(sccm) and 100 W,respectively.The experiment shows that the electrical properties of Cr-SiTa-Al deposition films can meet the specification requirements of 0603 type thin film chip resistors when the deposition time was about 11 min and deposition films were annealed at 500 ℃ for 120 min.The morphologies of Cr-Si-TaAl film surfaces were examined by scanning electron microscopy(SEM).The analysis suggests that Ta and Al may be distributed in CrSi2 film with mixed form of several structures(e.g.,bridge-like,capillary-like or island-like structures),and such a structure distribution is responsible for high film resistance and low TCR of Cr-Si-Ta-Al film.     

Hollywood Screenwriting in Sports

Screenplay, as the basis of a film, is the basis of the success of a film as wel . The excel ent Hol ywood Screenwriting in sports mainly comes from real life and traditional sports literary. By the main clue of a leading role as the basic framework of screenwriting, with the exchange between prosperity and adversity, interspersed with love, family, and social life, it shows struggling and tough attitude of life; promotes the value of physical existence and meaning of culture extension and reproduces the sports life. Apart from established playwriting framework, there is an individualized aesthetic presentation, which also is known as personalization and Stylization of screenwriting, leaving room for extension and imagination.     

Characteristics of bottom gate a-Si TFT array for AM-OLEDs

The authors have fabricated bottom gate amorphous silicon thin film transistor (a-Si TFT) array using five-step lithography process.The device shows a field effect mobility of 0.43 cm 2 /(V·s),on/off ratio of 7.5×10 6 and threshold voltage of 0.87 V.The instability of a-Si TFT is ascribed to the defect state in the a-Si channel and SiNx/a-Si interface.The present a-Si TFT array with SiN x insulator could be a significant step towards the commercialization of active matrix organic lighting diode (AM-OLED) te...     

Characteristic of drop coalescence resting on liquid-liquid interface

The trajectory model of dispersed phase drops and the model of basic flow for drop motion between two inclined parallel plates are derived with the optimized calculation. The analytical results of direct numerical simulation indicate that the basic flow plays an important role in the drop coalescence on liquid-liquid interface. In the stratified two-phase flow field, the smaller droplets are difficult to drain the thin continuous film between the approaching droplets and bulk interfaces and eventually immerse into the trickling film to yield coalescence. They almost attain the velocity of their local surroundings. Moreover, the basic flow exerts a dominant influence on the motion of smaller droplet. The smaller droplets are easily entrained by the basic flow. On the contrary, the larger drop presents advantageous characteristics of coalescence due to its high velocity. The range of 0.3 mm δR≤ 0.75 mm is the advantageous drop coalescence condition since the rapidly varied velocity and its first derivative theoretically cause the forces acting on a drop to become imbalanced. On the other hand, the thin layer of the continuous phase drained from the interval between the drops and trickling film should not be neglected in the calculation of shearing force since it is important for drop rotation. The drop rotation is an indispensable factor in coalescence.     

Birdman: The Devil from the Past

The film Birdman was a great success for its writing, direction, performances and cinematography. It tells the story of a former-famous actor’s struggle to cope with his current life. One continuous take is used to illustrate the actor’s self-search in the setting of a Broadway theater. The experimental style of the film highlights great performances and strengthens emotional tension, which makes it a great production.     

The Contrast and Comparison of the three Heroines In Middlemarch

In Middlemarch, George Eliot creates the three heroines who have different characters and lots. The study of Eliot’s feminism view is based on feminist literary criticism. By the contrast and comparison of the three female images in Middlemarch, Eliot expresses the both radical and conservative attitude towards feminism.     

Struggling in a Chaste Labyrinth:Tess,a Victim in Traditional Moral Concepts

The present article makes comments on the film,Tess and draws the conclusion that the film carved a resourceful heroine and showed the audience a real,alive social world and also let us review our social moral standards through the character,which is a victim of traditional moral concepts.