m. hassani

Sugar beet cultivation faces significant challenges from diseases such as rhizomania and cyst nematode, both in Iran and globally. The most effective and straightforward approach to mitigate the damage caused by these diseases is the use of resistant varieties. The Hosna cultivar was developed after extensive preliminary and advanced research. This variety was produced by crossing a pollinator inbred line from the SB27 population, which carried resistance genes for both rhizomania and cyst nematode, with a monogerm single cross maternal line. A value-for-cultivation and use (VCU) test was conducted in Hamadan, Mashhad, Shiraz, and Miandoab under rhizomania-infected conditions and in Karaj under non-infected conditions to evaluate this variety's performance. Simultaneously, the resistance of the hybrids to cyst nematode was evaluated in another experiment under controlled conditions (greenhouse). The results showed the superior performance of Hosna cultivar, which produced an average white sugar yield of 11.52 tha-1, outperforming the foreign control variety Azare (11.36 tha-1) and the domestic control varieties Shokoufa and Arta (10.19 and 10.12 tha-1, respectively). However, no significant difference was found between Hosna and the foreign control Rosier (12.02 tha-1). Hosna is a diploid monogerm cultivar, resistant to both rhizomania and cyst nematode, and suitable for spring cultivation across various regions of the country. In addition to its disease resistance, this cultivar has a high potential for sugar yield.

This paper intends to establish several inequalities employing the Cartesian decomposition of the operator. We used the results to determine the Berezin number inequalities. Our results extend and improve some earlier inequalities. 

Based on the theories of social cognition and self-determination, it is hypothesized that students’ pro-social behaviors are related to their parents’ child rearing style and their family’s SES depending on parental involvement in their children’s schooling. To test this hypothesis, a cluster sample of 492 high school students was selected and given four questionnaires on the above-mentioned constructs. The validity and internal consistency of the instruments were confirmed. Data analysis revealed that pro-social behavior is significantly related to the other three constructs. Thus, it can be concluded that factors such as occupation, level of education, income, and child rearing styles are related to parents’ school involvement and students’ pro-social behaviors.

‎The present paper seeks to establish an approximation of the arithmetic-geometric mean inequality (AM-GM) using a logarithmically concave function‎. ‎We utilized the specific properties of this class of functions to derive modified versions of the AM-GM inequality as a specific example‎. ‎These findings present a fresh perspective on the subject‎.

In order to help with the establishment of educational justice, one must first identify the causal factors and their constituents. To this end, a categorized random sample of 924 high school seniors from among all such students in 22 counties in Mazandaran province was selected and given a questionnaire of acceptable validity and reliability. Data analyses show inequality among different counties. Educational/institutional factors play the major role in this inequality, while factors related to the individual and his/her family have the least direct impact. Considering these results, the provincial department of education needs to review and reform many of the programs and improve all aspects of the educational system.

We introduce the Hausdorff measure of noncompactness in the sequence space $bv_{\infty}$ and investigate the existence of solution of infinite systems of differential equations with respect to Hausdorff measure of noncompactness. Finally, we present an example to defend of theorem of existential.

The single tree selection method was applied in the Hyrcanian forests of northern Iran to imitate nature and enhance the ecosystem characteristics and functions such as biodiversity, flexibility, and adaptability. However, the effectiveness of this imitation and the changes in the forest stand characteristics were unclear. This research compared the regeneration characteristics of tree species in canopy gaps larger than 100 m2 in a beech (Fagus orientalis Lipsky) stand in the Hyrcanian forests that underwent single tree selection in 2013 with an unmanaged beech forest as a reference. The abundance of seedlings and saplings of all tree species was recorded in each microplot (with an area of 4 m2) in the center and four edges of each gap. The height, collar diameter, crown width, health, stem form, and mode of branching of beech saplings were also measured in each sample microplot and compared. The results indicated that the mean collar diameter (26.6±2.2 mm), height (270.4±23.6 cm), and frequency of orthotropic beech saplings (0.3±0.06) in the managed compartment were significantly higher than the unmanaged compartment (p < 0.05). The average frequency of regeneration in the managed and unmanaged compartments was 7.9 and 6.3 per microplot, respectively. The frequency of beech regeneration in the managed compartment was higher in large gaps, while it was higher in medium gaps in the unmanaged compartment. Although the low harvesting in the studied forest improved the growth conditions for beech seedlings, the abundance of dead trees should be considered. Moreover, the presence of Hedera pastuchovii Woron. exGrossh. in these forests should be examined and managed accordingly.

Comprehensive description and quantification of stand structure are needed for managing or maintaining forests as complex systems. The Structural Complexity Index (SCI) is a suitable criterion for quantifying the structural heterogeneity of forest stands, which can be used to compare the structural heterogeneity of stands. In this study, we used this index to quantify the structural heterogeneity of three pure beech stands in the Hyrcanian forests of Iran. Forest inventory was performed using a fixed grid of 150×200 m dimension and sample plots of 1000 m2 in watersheds of 46, 49, and 66a in Mazandaran province, where two stands were managed, and one was unmanaged. Using the spatial coordinates and diameters of trees in 90 measured sample plots in the three stands, we calculated the SCI index for each sample plot as well as its average for each stand. The results showed that the rate of this index in these three stands fluctuated between 2.7 to 11.7. However, its average in each region is approximately 6, without any statistically significant difference between them. The results also showed that the amount of this index was positively correlated with the variables of basal area and standing volume of the stands. The SCI index in protected forests with high ecological quality can be used as a reference or baseline for assessing the suitability of management techniques to maintain or enhance the structural heterogeneity of stands.

Primary nozzle is one of the most important factors which has a large influence on the performance of thermo-compressors. Most of studies carried out until now, have been performed on single-nozzle thermo-compressors. In this paper, an actual industrial thermo-compressor is considered and the purpose is to study the effect of increasing primary nozzle number on the performance of this thermo-compressor. For this purpose, a triple-nozzle thermo-compressor is simulated numerically and its performance is compared with single-nozzle thermo-compressor. Ideal gas thermodynamic properties are considered to simulate the compressible flow within the thermo-compressor and numerical result is validated using the experimental result. In addition, the effects of variation in mixing chamber convergence angle and position of nozzles at the radial direction in triple-nozzle thermo-compressor are investigated. The numerical results show that at the same condition, a triple-nozzle thermo-compressor is able to provide superior critical back pressure and entrainment ratio than single-nozzle thermo-compressor. The proximity of nozzles (with 34% changes in radial distance) increases the critical back pressure about 8% and decreases the entrainment ratio about 5%. By increasing mixing chamber convergence angle about 66%, the value of critical back pressure decreases about 29% and the value of entrainment ratio decreases about 16% in single nozzle-thermo-compressor and 10% in triple-nozzle thermo-compressor. Also, by 8% reduction of mixing chamber convergence angle, the critical back pressure decreases 6% but entrainment ratio decreases about 2% in single-nozzle thermo-compressor and increases about 3% in triple-nozzle thermo-compressor.

Dwarfing, yellowing and yellow mosaic are the most common symptoms observed in cereal fields. Various pathogens such as viruses are involved in development of these symptoms. Over 30 different plant viruses are known to infect wheat. Among them, Wheat dwarf virus (WDV), Barley yellow dwarf virus (BYDV) and Wheat streak mosaic virus (WSMV) are important viral diseases around the world. Little comprehensive information on the distribution of these viruses is available in Khuzestan Province, Iran. This study aimed to determine the occurrence of WDV, BYDV-MAV and WSMV in the major wheat-producing regions in Khuzestan province.

 A survey of wheat fields showing yellowing, dwarfing and mosaic symptoms was conducted during 2020-21 crop season. The six counties in Khuzestan province were covered in the survey include Elhai, Mollasani, Shadegan, Ramhormoz, Shush, and Andimeshk. Plant leaves exhibiting viral disease symptoms were placed separately in plastic bags and quickly transported to the laboratory. Five hundred seventy (570) wheat samples were collected. These samples were tested by Enzyme-linked immune sorbent assay (ELISA) using specific antibodies of WSMV (from Shiraz Virology Research Center), BYDV-MAV (Bioreba, Switzerland) and WDV (DSMZ, Germany).

 The results showed that three tested viruses were present in Khuzestan province. Among the tested viruses, WDV was the most commonly detected (30% of the 570 wheat samples), followed by BYDV-MAV (29%) and WSMV (5%). WDV was found in all counties except Ramhormoz (Table 1). In Elhai county, 28 of the 53 tested samples were infected with WDV, which was the highest infection ratio (52.8%). Symptoms caused by BYDV-MAV are severe dwarfism and yellowing (Figure 1), and it is impossible to distinguish between WDV and BYDV-MAV viruses. The virus was the most widespread and was found in all counties (Table 1). The infection ratio in the six counties were 35% in Elhai, 27% in Mollasani, 10% in Ramhormoz, 25% in Shush, 11% in Andimeshk and 28% in Shadegan. In Ramhormoz, BYDV-MAV existed only in 8 out of 78 tested samples. Selected plants may be shortened due to lack of physiological factors or maybe infected by other strains of the virus. It is recommended that the occurrence of other virus species, including the dominant BYDV-PAV species, be investigated. The mixed infection with WDV+BYDV-MAV was detected in 9% of tested plants. However, the severity of the plant infection was similar to that of plants infected with any of the viruses. WDV was introduced as the predominant virus in wheat fields infected with yellowing and dwarfism in Khuzestan in 2020-2021. Of course, this does not mean that most of the symptoms dwarfing and yellowing in wheat are related to this virus. Studies in Germany also show that grain infection ratio with WDV and BYDV has been different between different years, so that in 1998-1998 WDV was predominant, while in 2005-2001 BYDV was predominant. WSMV is less common than other viruses. It was not found in Shadegan, Ramhormoz, and Mollasani counties. The highest incidence of the virus was observed in Andimeshk county. 13 of the 111 tested samples were infected with the virus (Table 1). Considering that in recent years corn cultivation has been developed as summer crops in Andimeshk and Dezful counties, the corn plant probably provides suitable conditions for strengthening the source of virus and its vector. As a result, crop damage caused by the virus will increase in these farms. In Khuzestan, wheat is cultivated in December, when the temperature is colder than other seasons, and the conditions for mite activity are not completely favorable, and as a result, the incidence of WSMV is lower. It is possible that cultivated wheat cultivars are resistant to mites. Since a positive correlation has been reported between mite resistance and virus resistance, this may play a role in reducing the incidence of the virus.

In this study, the distribution of major wheat viruses in six counties of the province was first investigated. The results showed that wheat dwarf virus and barley yellow dwarf viruses infect high percentages of wheat fields. Considering the important of Khuzestan province in the country’s self-sufficiency in wheat production, the available information about these viruses will cause extensive research in the field of virus damage assessment and additional molecular studies to be on the agenda.

The ability to reproduce a given distribution of total pressure loss by horizontal arrangement of splitting airfoils has been evaluated numerically in this research. This array arrangement is a proposal design for a new distortion generator mechanism. Due to significant differences between steady-state simulation based on RANS turbulence models and reference experimental test results, unsteady simulation was performed with vortex shedding frequency- proportional time step. The 90-degree airfoil reference test measurements show that maximum loss zones from primary downstream stations to fully developed wake region switch from vertical placement to horizontal; this distinctive feature was not seen in the unsteady RANS results. Detailed simulation of downstream turbulent mixing based on DDES hybrid model, predicts above switching well. The repeatability studies of single splitting airfoil loss pattern in airfoils horizontal arrangement combined pattern, led to necessity of 90-degree airfoil downstream flow structure correction that is a destructive factor of pattern predictability. This correction can be achieved by changing the airfoil aspect ratio.

Hyrcanian forests are rare and unique ecosystems and their sustainability is essential. Gaps, as part of a general process, help to establish and stabilize the structure of the Hyrcanian forests and the dynamism of its society. This study seeks to identify possible differences in the gap characteristics in the two managed and intact compartments. For this purpose, compartments No. 114 (intact) and No. 115 (managed) from district one of Livan-Banafshtapeh forestry plan in Golestan province of Iran were selected to compare some gap characteristics (gap fraction, distribution of gap sizes, number of gaps per hectare and status of gapmaker trees). In these compartments, all gaps>100 m2 caused by mortality of at least one tree with remnants of the gapmaker or detectable tree stumps, were identified and recorded. The results showed that the gap fraction in the intact and managed compartments was 10.7% and 6.3%, respectively. The average number of gaps varied from 1.4 ha-1 in the managed to 2.9 ha-1 in the intact compartment. The spatial pattern of gaps was randomly spaced up to a distance of 30 (managed) and 40 (intact) meters and then reached the cluster pattern. The differences between the characteristics in the two compartments were not statistically significant and management did not have a significant effect on these variables. However, no significant differences between the two compartments were due to the low harvest intensity in the managed compartment. The biodiversity of Hyrcanian forests must always be taken into account so that it is not endangered by mismanagement; otherwise irreparable effects on the ecosystem of the managed compartment may occur.

This study aimed to investigate the relationship between ethical leadership and responsibility and accountability with emphasis on the ethical atmosphere.

The present study is applied in terms of purpose and descriptive and correlational in terms of data collection. The statistical population of this study included all staffs of Urmia University that 217 people were selected by simple random sampling. A standard questionnaire was used to collect data. Data were analyzed by structural equation modeling.

The results of statistical analysis showed that ethical leadership has a direct and positive effect on social responsibility, individual accountability, and ethical atmosphere. The ethical atmosphere also has a direct and positive effect on social responsibility and individual accountability. At the same time, ethical leadership mediated by the ethical atmosphere has an indirect and positive effect on social responsibility and individual accountability.

According to the findings, it can be concluded that ethical leadership has the most to do with the ethical atmosphere. Also, by acknowledging the mediating role of the ethical atmosphere, ethical leadership has an indirect, positive, and significant effect on individual accountability and social responsibility.

Having knowledge on stand structure and application of appropriate silvicultural interventions based on ecosystem approach and close to nature forest management is essential for sustainability of forest. This research started from 2009 in intact oriental beech (Fagus orientalis Lipsky) stands in four regions of the Hyrcanian forests. Twelve sample plots, each one ha, have been established in three development stages of initial, optimal and decay and 100% survey has been applied within the plots. A transect of 1000 m2 has been laid out on the middle of the plot and diameter at breast height, tree height and coordination have been registered. Vertical and horizontal structure and the stand structure have been illustrated by SVS software and structure triangle. Results indicated that stem number varied between 188 in the decay and 475 ha-1 in the initial stages. Number of deadwood varied between 7 and 30 ha-1, among them 3 mature deadwoods with diameter more than 60cm. Mean basal area, total volume and deadwood volume was calculated to 40.65 m2ha-1, 592.6 and 55.8 m3ha-1, respectively. The stands in the optimal stage showed two layers while the other stages were three storied stands. The high proportion of volume in large and extra-large timbers indicated that the studied intact stands were old growth and the structure was far from the theoretical irregular structure. Hence, different silivicultural interventions could be introduced in different development stages.

In recent years, professional ethics has effect on the activity, individual and group performance and organizational results. The aim of this study was to investigate the relationship between professional ethics and organizational commitment.

The research method is applied in terms of purpose and descriptive-correlational research. The statistical population includes 50 employees of Shahroud industrial town who due to the limited number of the population, the entire statistical population was selected as the final sample of the study. The data collection tool is a questionnaire and the method of data analysis is Pearson correlation test.

The seven components of the professional ethics of honesty, fairness, loyalty, employee excellence and competitiveness, respect for others, compassion for others and respect for social values and norms are associated with organizational commitment. While accountability component has no significant relationship with organizational commitment.

From the present study, it can be inferred that with the increase of professional ethics components, the commitment of employees in the organization increases.

We obtain some inequalities related to the powers of numerical radius inequalities of Hilbert space operators. Some results that employ the Hermite-Hadamard inequality for vectors in normed linear spaces are also obtained. We improve and generalize some inequalities with respect to Specht's ratio. Among them, we show that, if $A, Bin mathcal{B(mathcal{H})}$ satisfy in some conditions, it follows that begin{equation*} omega^2(A^*B)leq frac{1}{2S(sqrt{h})}Big||A|^{4}+|B|^{4}Big|-displaystyle{inf_{|x|=1}} frac{1}{4S(sqrt{h})}big(biglangle big(A^*A-B^*Bbig) x,xbigranglebig)^2 end{equation*} for some $h>0$, where $|cdot|,,,,omega(cdot)$ and $S(cdot)$ denote the usual operator norm, numerical radius and the Specht's ratio, respectively.

Nowadays, academic Spin off have been created as one of the entrepreneur phenomena in countries and study the factors affecting them is one of the most important priorities of universities. The purpose of this study was to compare the importance of effective factors on formation and development of these companies in Ministries of Science and Health. This was a descriptive field study. Statistical population Were the Graduate students of Shahid Beheshti Universities, Tehran, Allameh Tabatabaei and Kharazmi, and third and fourth year students of medical faculties, paramedical, health and medical technologies of the universities of Shahid Beheshti, Tehran and Iran in academic year 2017-2018. With the Cochran formula, the sample size was 331. The research instrument was a researcher-made questionnaire. Validity and reliability of this questionnaire were confirmed using factor analysis.Data were analyzed by independent t-test through SPSS. In the phase of formation of academic spin off, the average importance of different  factors were as follow:  individual factors (t=-2.795), educational factors (t=-2.061), background factors (t=7.927), and institutional factors (t= 4.409). In the development phase, the average importance of organizational factors (t=2.367) was different between two groups of students. There was no significant difference in other factors (p< 05). Considering that the average importance of different factors in the phase of formation including individual, educational and institutional factors as well as organizational factors in  the development phase was different among groups, it is necessary, different universities use specific programs according to their Different functions  in order to facilitating the formation and development of these companies and consider special criteria for evaluating and improving their performance.

Histopathologic changes of post-reperfusion liver needle biopsies in patients with liver transplantation have rarely been reported and most of the previous reports have been in less than 200 cases. In this study, we evaluated 408 post-perfusion liver needle biopsies for the histopathologic changes attributable to reperfusion injury and compared them with early post-liver transplantation outcome, to find out the value of these findings. In 408 patients who underwent liver transplantation, post-perfusion liver needle biopsy was taken within one hour of vascular anastomosis. The specimens were fixed in formalin and evaluated by a hepatopathologist blinded to the outcome of transplantation for hepatocellular necrosis, apoptosis, ballooning degeneration, cholestasis, neutrophilic infiltration, and steatosis. These were compared with cold and warm ischemic time, levels of AST, ALT, alkaline phosphatase, bilirubin, presence or absence of rejection, and duration of hospital stay. Hepatocellular ballooning degeneration, apoptosis, and necrosis did not show any significant correlations with early post-transplantation outcome and reperfusion injury. However, presence of neutrophilic infiltration in the post-reperfusion liver biopsy was well correlated with liver function tests and other clinical and paraclinical findings. Presence of steatosis in post-reperfusion liver needle biopsy was also associated with high liver function tests and long hospital stay. Presence of PMN leukocytes in the post-perfusion liver needle biopsy of transplanted liver is associated with poor early outcome and reperfusion injury, so it should be recorded in the pathology report and should be considered a high-risk sign for the clinicians.

The genus Ephedra (Ephedraceae) consists of about 40 species of mostly shrubs and rarely small trees around the world. In the present study, the essential oil (EO) diversity and genetic relationships were investigated in six Ephedra species from Iran using Random Amplified Polymorphic DNA (RAPD) markers.

Theplants were collected from two different provinces; Azarbayjan (north-west) and Khorasan (north-east) of Iran. The EOs were obtained by hydro-distillation and analyzed by GC and GC/MS. The DNA was extracted from the aerial parts of the plants using a Qiagen Dneasy Plant Mini Kit. Amplification was performed using decamer RAPD primers.

A total of 187 bands were scored and used for the analysis of genetic distances. Genetic distance values ranged from 0.25 to 0.95.The analysis showed the highest genetic diversity (25%) between E. foliata with other species. Ephedra foliata formed a distinct group. Ephedra strobilacea was found to be the most similar to E. sarcocarpa (male).

High genetic and EO diversity was demonstrated in this genus which should be further studied in order to make more efficient use of the species and considering relevant conservation programs.

In this study, the eect of the presence of plastic nes on liquefaction resistance of Firoozkooh sand is investigated. To this end, amounts of 5, 15, and 25 percent of two types of plastic ne (clay), namely, Kaolinite, with a plasticity index (PI) equal to 19, and Bentonite, with a plasticity index equal to 116, were added to Firoozkooh sand, and 68 stress-controlled tests were conducted using Cyclic Simple Shear (CSS) apparatus. Shear load frequency and consolidated vertical eective stress are equal to 0.1 Hz and 100 kPa in all tests, respectively. Initial liquefaction, maximum pore pressure ratio (ru), or double shear strain amplitude equal to 5%, have been considered as liquefaction criteria. In order to investigate the liquefaction resistance for each soil, at least three tests were conducted at each relative density. In summary, with the addition of plastic nes, nes content, as well as the plasticity of nes, aect liquefaction resistance. In Koalinite-containing soil, as the amount of nes increases up to 25%, the liquefaction resistance decreases continuously. In these soils, for all ne content less than 25%, the sand skeleton void ratio can be regarded as the eective void ratio. In Bentonite-containing soils, the lowest liquefaction resistance has been observed in soil that contains 5% Bentonite; therefore, 5% ne content is known as limiting Bentonite content. In these soils, ne content less than 5% sand skeleton void ratio, and ne content more than 5interne void ratio, are considered eective void ratios, respectively. According to the results, in the case of 5% nes content, the plasticity of nes does not play a major role. In the case of adding nes with dierent plasticities to one base soil, there exists an amount of nes content at which the plasticity of nes starts to have an increasing eect on liquefaction resistance. According to the results of this study, this threshold value is between 5% and 15%. By more investigation of available literature, we can narrow this range from its lower limit to 10%.

In this paper, we state some results on product of operators with closed ranges and we solve the operator equation $TXS^*-SX^*T^*= A$ in the general setting of the adjointable operators between Hilbert $C^*$-modules, when $TS = 1$. Furthermore, by using some block operator matrix techniques, we nd explicit solution of the operator equation $TXS^*-SX^*T^*= A$.

Let B and A be two Banach algebras andMbe a Banach Bbimodule. Suppose that σ : A → B is a linear mapping. A bilinear map φ : A×A →Mis called a two variable σ-derivation whenever φ(ab, c) = φ(a, c)σ(b) + σ(a)φ(b, c) and φ(a, bc) = φ(a, b)σ(c) + σ(b)φ(a, c) for all a, b, c ∈ A. In this paper, we prove that if A and B are unital and φ : A×A→B is a two variable σ-derivation such that φ(1, a0) = 1 for some a0 ∈ A then φ is symmetric, i.e. φ(a, b) = φ(b, a) and there exists a unital homomorphism θ : A → B such that φ(a, b) = θ(ab)θ(a0) −1.

Curly top disease is one of the important diseases of sugar beet. Spatial pattern and population variation of leafhoppers Circulifer haematoceps, and C. tenellus, vectors of sugar beet curly top virus, were studied in Hamadan province, Iran for three years (2007- 2009). Sampling was carried out at the early stage of the plant growth, in accordance with planting date for 9 weeks, in 7- 10 day intervals. For this purpose, four fields of five hectares each with a distance of approximately one kilometer from each other were selected in Asadabad region, Hamedan province. The insect sweep net was considered as sampling unit. By using the data obtained, the RV (a measure of sampling accuracy) factor for the three years was 12.2, 6.52, and 16.65%, respectively. Because of finding C. haematoceps as a vector of the disease in this region, variance to mean ratio () was used for determination of the spatial pattern of C. haematoceps population. The numerical value of Z for the whole year and total of three years was more than 1.96 which indicates the cumulative spatial distribution of the vector. The proportion of C. haematoceps population to total population of other leafhopper species in 2007, 2008, and 2009 was 5.68, 1.97 and 2.43%, respectively. Average of infected sugar beet plants to curly top disease in 2007, 2008, and 2009 was 5.2, 8.6, and 5%, respectively. In 2007, the number and proportion of leafhopper vector population was higher than total population of other species but owing to late planting, infection percentage was low, while in 2008, due to early planting and slow growth of the plants, vectors had more time for distribution. Despite the low number and proportion of leafhopper vector population to total population of other species in 2008, the average of plants infection (8.6%) was higher than two other years. Also, a linear positive and significant relationship was found between leafhopper vector population frequency and the frequency of plants infection throughout the season. The coefficient of determination (R2) for three years were 96, 90 and 94%, respectively, indicating the existence of a strong relation between the curly top occurrence and the vector population in the field.

The aim of this paper is to show that under some mild conditions a functional equation of multiplicative $(alpha,beta)$-derivation is superstable on standard operator algebras. Furthermore, we prove that this generalized derivation can be a continuous and an inner $(alpha,beta)$-derivation.

In this paper, applying the concept of generalized A-valued norm on a right $H^*$-module and also the notion of ϕ-homomorphism of Finsler modules over $C^*$-algebras we first improve the definition of the Finsler module over $H^*$-algebra and then define ϕ-morphism of Finsler modules over $H^*$-algebras. Finally we present some results concerning these new ones.